Editor: Brian C. Paquette
Co-Editors: Joy Bailey and Dr. Lisa Mellman
Photos: Charles Manley, Center for Biomedical Communications,
Columbia University College of Physicians and Surgeons,
Lydia Nunez, Office of Diversity Affairs,
Richard Cunningham, DKV
Copyright © 2007 by the trustees of Columbia University in the City of New York
| School & Medical Center | |
|---|---|
| Alumni Office | x53498 |
| Bard Hall | |
| Guard’s Desk | x*87002 |
| Housekeeper | x*87016 |
| Housing Office | x*87000 |
| P&S Club Office | x*87025 |
| Black Building Guard | x58103 |
| Blood Bank | x52673 |
| Bookstore | 923-2149 |
| Center for Student Wellness | 304-5564 |
| Chaplain | x55817 |
| Community Health Council | >. x56654 |
| Cont. Medical Education | 781-5990 |
| Dean of Student Affairs | x53806 |
| Facilities | x53753 |
| Financial Aid | x54100 |
| Health Service | x5-3400 |
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| Information | x5-2500 |
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| Lost & Found (PH) | x52222 |
| Mail Room | x53497 |
| Milbank Library | x52760 |
| Ombuds Office | 304-7026 |
| Page System (PH-voice call) | x52323 |
| Page System (Beeper) | x55880 |
| Patient Condition Report | x53101 |
| Patient Relations | x55904 |
| P&S Guard Desk | x54095 |
| External Relations | x57131 |
| Rape Crisis | x59060 |
| Public Safety | |
| Columbia University (Security & Escort) | x58100 |
| Presbyterian Hospital | x52222 |
| Shuttle-Harlem/Morningside | x58100 |
| Social Services | x52553 |
| Tennis Reservations (Baker Field) | 942-7100 |
| Volunteers | 52542 |
| Department & Course Offices (Years 1 & 2) | |
| Pathophysiology | x59306 |
| Anatomy | x53451 |
| Clinical Practice | 342-0461 |
| Genetics | x54011 |
| Human Development | x51591 |
| Neural Sciences | 543-5265 |
| Parasitology | 781-6670 |
| Pathology | x58393 |
| Pharmacology | x54197 |
| Physiology | x55798 |
| Psychiatry | 543-5552 |
| Society & Medicine | x54184 |
| Downtown CU Campus | |
| Information | 854-1754 |
| June | ||
|---|---|---|
| 17 | Sunday | Deadline to have completed USMLE I, Class of 2009 |
| 18-22 | Monday–Friday | Transition week for Class of 2009 (mandatory attendance) Official start of third year for the Class of 2009 |
| 22 | Friday | The Steven Z. Miller Student Clinician’s Ceremony for the Class of 2009 (2nd to 3rd year transition ceremony) |
| 25 | Monday | Class of 2009 reports to Major Clinical Year hospital rotations |
| 30 | Sunday | Awarding of June degrees. |
| July | ||
| 1 | Sunday | Class of 2008 reports to fourth year electives. |
| 4 | Wednesday | Independence Day Holiday observed for third and fourth year students |
| August | ||
| 20-24 | Monday–Friday | Orientation for first year students, Class of 2011 |
| 24 | Friday | White Coat Ceremony for first year students, Class of 2011 |
| 27 | Monday | Academic year begins for first and second year students. |
| September | ||
| 3 | Monday | Labor Day Holiday for first, second and third year students |
| 30 | Sunday | Deadline to have repeated USMLE, Step I, Class of 2009 |
| October | ||
| 17 | Wednesday | Awarding of October degrees |
| November | ||
| 22 | Thursday | Thanksgiving holiday for third year students |
| 22-23 | Thursday, Friday | Thanksgiving holiday for first and second year students. |
| 30 | Friday | USMLE II, CK and CS must be taken by this date, Class of 2008 Passing CK is a requirement for graduation from P&S Taking CS is a requirement for graduation from P&S |
| December | ||
| 15-Jan.1 | Saturday– Tuesday, Jan. 1 |
Vacation for third years |
| 20 | Thursday | Last “first semester” exam for first year students |
| 21-Jan. 1 | Friday– Tuesday, Jan. 1 |
Vacation for first year students |
| 21 | Friday | Last “first semester” exam for second year students |
| 22-Jan.1 | Saturday– Tuesday, Jan. 1 |
Vacation for second year students |
| January 2008 | ||
| 2 | Wednesday | Resumption of classes for first and second year students Resumption of clerkships for third year students. |
| 21 | Monday | Martin Luther King’s Birthday (observed) Holiday for first and second year students. |
| February | ||
| 13 | Wednesday | Awarding of February degrees. |
| 18 | Monday | President’s Day (observed) Holiday for first and second year students |
| 21 | Thursday | Deadline to have re-taken USMLE Step II, CK and CS, Class of 2008 and to have taken Step II for MD/PhD students in Class of 2008 Passing CK is a requirement for graduation from P&S Taking CS is a requirement for graduation from P&S |
| March | ||
| 3-7 | Monday – Friday | Spring vacation for second year students |
| 20 | Thursday | NRMP – Match Day |
| 24-28 | Monday – Friday | Spring vacation for first year students |
| May | ||
| 7 | Wednesday | Last exam for second year students |
| 13 | Tuesday | Last day of classes for first year students |
| 14 | Wednesday | Dean’s Day for Medical Student Research. |
| 19 | Monday | Last exam for first year students End of first year |
| 20 | Tuesday | Class Day, 3pm CUMC Garden. |
| 21 | Wednesday | Columbia University Commencement and Convocation of the College of Physicians and Surgeons |
| 26 | Monday | Memorial Day holiday for second and third year students. |
| June | ||
| 13 | Friday | Deadline to have completed USMLE I, Class of 2010 Official end of second year for Class of 2010 |
| 16-20 | Monday – Friday | Transition week for Class of 2010 Official start of third year for Class of 2010. |
| 20 | Friday | Major Clinical Year concludes for Class of 2009 The Steven Z. Miller Student Clinician’s Ceremony for the Class of 2010 (2nd to 3rd year transition ceremony) |
| 23 | Monday | Class of 2010 reports to rotations |
| 30 | Monday | Awarding of June degrees |
| July | ||
| 1 | Tuesday | Class of 2009 reports to fourth year electives |
| 4 | Friday |
Independence Day holiday observed for third and fourth year students. |
Holidays not specified on this calendar are decided by Course Directors in each course in first and second years, and by Course Directors in each course in each teaching hospital in third and fourth years
| September 2007 | ||
|---|---|---|
| 13-14 | Thursday-Friday | Rosh Hashanah (begins eve of the 12th) |
| 12 | Tuesday | First Day of Ramadan |
| 22 | Saturday | Yom Kippur (begins eve of the 21st) |
| 27 | Thursday | First Day of Succoth (begins eve of 26th) |
| October | ||
| 3 | Wednesday | Last Day of Succoth |
| 13 | Saturday | Eidul-Fitr Last Day of Ramadan |
| December | ||
| 20 | Thursday | Eid al Adha |
| 25 | Tuesday | Christmas |
| March 2008 | ||
| 21 | Friday | Good Friday |
| 23 | Sunday | Easter |
| April | ||
| 20-21 | Sunday-Monday | First Days of Passover (begins eve of the 19th) |
| 24-26 | Thursday-Friday | Last Days of Passover |
| June | ||
| 9-10 | Monday-Tuesday | Shavuot |
| June 2007 | ||
|---|---|---|
| 17 | Sunday | Deadline to have completed USMLE I, Class of 2009 Passing a requirement for graduation from P&S |
| September | ||
| 30 | Sunday | Deadline to have repeated USMLE, Step I, Class of 2009 |
| November | ||
| 30 | Friday | Deadline for USMLE II, CK and CS, Class of 2008 Passing USMLE II CK required for graduation from P&S Taking USMLE is required for graduation from P&S |
| February 2008 | ||
| 21 | Thursday | Deadline for USMLE Step II, CK and CS, for MD/PhD students and for students in the class of 2008 who need to repeat Step II |
Welcome to the Class of 2011. I have spent much of my first year as dean of P&S learning about the people who make Columbia a leader in academic medicine and collaborating with students, faculty, alumni, and other friends to identify ways to strengthen our wonderful programs. Medical student education takes advantage of the depth and breadth of our research, patient care, and community outreach programs. Our professors are skilled at teaching in formal and informal settings, and our faculty care for patients whose conditions span the full spectrum of illness and health. We are proud to treat residents of our neighborhood as well as those who could obtain care anywhere but travel from around our city and around the globe for world-class care.
In meeting with students during my first year as dean, I have heard many times that students consider their interactions with fellow students to be a highlight of their time here. You will join a remarkably diverse group in terms of backgrounds and experiences, but all of you share the aspiration to become outstanding doctors. We will do our best to inspire you as you work toward your professional goals.
You are joining P&S at an especially opportune time. Our advisory deans program, a national model, is entering its fifth year, with experience in advising students during all four years of the curriculum. We are reshaping our curriculum into one that we hope will serve as a national model. Our Glenda Garvey Teaching Academy is hard at work on proposals to enhance teaching and, consequently, your learning experience. Finally, we continue to upgrade our facilities to optimize your educational experience inside and outside the classroom.
One of our priorities in developing a new curriculum will be to set you on a course of lifelong learning. In making a commitment to study medicine, you know that your educational responsibility will not end at graduation. We will teach you what you need to know now and, if we are doing our job right, will instill in you the interest and strategies to continue learning throughout your career.
I will look forward to meeting you as you embark on this most exciting phase of your professional career.
Lee Goldman, M.D.
Executive Vice President for Health and Biomedical Sciences
Dean of the Faculties of Health Sciences and Medicine
Your entry into medical school marks the beginning of a career path that we hope is exciting, inspiring and fulfilling. Millions of people throughout the world are in need of health care, including many in our own neighborhood in Washington Heights-Inwood. The challenges we face to provide universal healthcare, treat those with acute and chronic illness, and develop new technologies and treatments to effectively prevent and treat disease in our global world will become your challenges.
There are superb faculty at P&S to teach you basic science and clinical care. They take pride in our outstanding medical center and participating in your education. Your fellow students, whose interests and accomplishments are impressive like yours, will provide a community for learning, and some will become lifelong friends. You will have opportunities to conduct research with mentors who have made substantial discoveries themselves and learn in an environment that values inquiry and discovery. Many of you will participate in our international health opportunities, or one of our dual degree programs. The international nature of New York City and our community offers numerous opportunities for you to develop as physicians skilled in understanding and treating patients from diverse backgrounds and cultures.
Our goal in the Office of Student Affairs is to foster your development as outstanding physicians and leaders. Each student is assigned an advisory dean who provides mentoring and career counseling by meeting with you individually and in small groups throughout medical school. We also encourage active involvement in P&S activities, including the programs that address student life. The P&S Club offers a variety of activities to meet the interests of our students, including the unique Bard Hall Players theater group, specialty interest groups, service groups, and programs in advocacy. We have an expanded Student Health Service, renovated library and student lounge, and a new teaching academy.
You are entering medicine at a time of unprecedented discovery in research and focus on global health. You are the future of medicine and will make a difference for countless others. We welcome you to P&S.
Lisa A. Mellman, M.D.
Senior Associate Dean for Student Affairs
Email lam3@columbia.edu
I am delighted to welcome you to P&S. Our goal is to prepare you to become an outstanding physician. We have designed a curriculum which will evolve to improve the quality of your education and to help you meet the challenges of the future. My office is available to each of you to help in every way to make your experience at P&S meet all your expectations.
Ronald E. Drusin, M.D.
Interim Senior Associate Dean for Education
Email red3@columbia.edu
It is with pride and enthusiasm that I welcome you to P&S. As a new member of the P&S family, you join a group of talented, diverse and dedicated leaders in the fields of biomedical research, health care policy and medical care. The next few years will be challenging yet exciting, rewarding and memorable. It will be my honor to help you in any way I can to reach your goals. My door is always open.
Hilda Y. Hutcherson, M.D.
Associate Dean for Diversity Affairs
Email hyh1@columbia.edu
One of the most rewarding aspects of being an admissions officer is the opportunity it affords of meeting a large number of unusually able and attractive people. To learn something about their lives, and to have some part in their being admitted to P&S, is a very great privilege. For those of you that I already know, I look forward with enthusiasm to seeing you again when you arrive in the fall. And for all of you, if I or the people in the Admissions Office can be of help in any way, please do not hesitate to drop by.
Welcome to P&S!
Andrew Frantz, M.D.
Associate Dean for Admissions
Home away from home. The next four years will be a time of wonder and challenge probably unsurpassed in your life to date. You will learn about the infinite mysteries of the human organism, its functions and dysfunction, and participate in the medical advances of the new millennium. You will find mentors on the faculty, among the alumni, and make lifelong friends among your classmates. Let the Alumni Office be your touchstone, your home base. Please stop by and meet the members of the Alumni Office.
I look forward to seeing you.
Anke Nolting, Ph.D.
Associate Dean and Executive Director
for Alumni Relations and Development
Email aln1@columbia.edu
| 1767 | King’s College opens a medical school, the first in New York and only the second in the Colonies. |
| 1770 | King’s College awards first M.D. degree in the Colonies. |
| 1776 | The College closes due to the American Revolution. |
| 1784 | King’s reopens as Columbia College. |
| 1791 | Columbia revives the Medical School with Samuel Bard as Dean. |
| 1807 | The College of Physicians and Surgeons founded with a charter from the New York State Board of Regents; Dr. Bard becomes President in 1811. |
| 1813 | P&S moves to Barclay Street near City Hall. |
| 1814 | The Columbia Medical School, after years of decline, is merged into the College of Physicians and Surgeons. |
| 1837 | P&S moves to Crosby Street. |
| 1856 | P&S moves to the corner of Fourth Avenue (now Park Avenue South) and 23rd St. |
| 1860 | P&S severs its relationship with the Board of Regents and forges a nominal connection with Columbia; it still retains its independence. |
| 1884 | William Henry Vanderbilt gives P&S land on 59th Street between Ninth and Tenth Avenues and $300,000 to erect a new building. It is the largest donation to a medical school up to that time. |
| 1886 | Vanderbilt family members give funds to establish the Sloane Hospital for Women and the Vanderbilt Clinic. All three structures are finished in 1887. |
| 1891 | P&S completely merges with Columbia. |
| 1911 | Formal Agreement of Alliance between Columbia University and Presbyterian Hospital. |
| 1928 | Columbia-Presbyterian Medical Center, the world’s first medical center to combine complete facilities for patient care, medical education and research in a single complex, opens in Washington Heights on a site donated by Edward S. Harkness. Joining the Center are Babies Hospital (founded 1887), the Neurological Institute of New York (founded 1909) and the New York State Psychiatric Institute (founded 1896). |
| 1931 | Bard Hall opens. |
| 1933 | Harkness Institute of Ophthalmology opens. |
| 1950 | New York Orthopedic Hospital (est. 1866) moves to the Medical Center. |
| 1965 | Alumni Auditorium dedicated. |
| 1966 | William Black Medical Research Building dedicated. |
| 1976 | Hammer Health Sciences Center, housing the Augustus C. Long Health Sciences Library as well as classrooms and laboratories, opens. |
| 1989 | Milstein Hospital Building opens. |
| 1996 | First building of the Audubon Research Park opens. |
| 1998 | Russ Berrie Medical Science Pavilion completed. Construction completed on the new New York State Psychiatric Institute. |
| 2001 | 390 Ft. Washington Avenue Residence completed, October. |
| 2003 | Irving Cancer Research Center completed, fall. Morgan Stanley Children’s Hospital of NY- Presbyterian’s new bed tower completed, November 2003 and opens its doors. |
| 2005 | Irving Cancer Research Center dedicated. |
| 2006 | Glenda Garvey Teaching Academy inducts its first 13 faculty members. |
| 2007 | P&S Faculty Club renamed in honor of Donald F. Tapley, MD |
| Lee C. Bollinger, J.D. | President of the University |
| Alan Brinkley, Ph.D. | Provost of the University |
| Lee Goldman, M.D. | Executive Vice President for Health and Biomedical Sciences, Dean of the Faculties of Health Sciences and Medicine |
| David Hirsh, Ph.D. | Executive Vice President for Research |
| Ira Lamster, D.D.S. | Dean, College of Dental Medicine |
| Allan Rosenfield, M.D. | Dean, Mailman School of Public Health |
| Mary Mundinger, Dr. PH | Dean, School of Nursing |
| Robert V. Sideli, M.D. | Chief Information Officer |
| TBA | Chief Operating Officer |
| Joanne Quan, M.A. | Chief Financial Officer |
| Susan S. Stalcup, B.A., CFP | Vice President for Development |
| Marilyn L. Castaldi, M.B.A. | Chief Communications Officer |
| Ross Frommer, J.D. | Deputy Vice President for Government and Community Affairs |
| Robert Lemieux, B.A., M.S. | Deputy Vice President for Facilities Management |
| Patricia Sach Catapano, J.D. | Associate General Counsel |
| Allan Formicola, D.D.S | Vice Dean of the Center for Community Health Partnerships |
| P. Paul Alexander, M.P.A. | Associate Vice President for Human Resources |
| Kathleen Crowley, M.P.H. | Associate Vice President, Environmental Health and Safety/Environmental Health and Radiation Safety |
| Jeffrey Davis, J.D. | Associate Vice President for HIPAA Compliance/Privacy Officer |
| Patricia Molholt, Ph.D. | Associate Vice President and Associate Dean for Scholarly Resources |
| Renee Riley, M.S. | Associate Vice President for Residence Halls, University Housing |
| Jeffrey A. Szmulewicz, M.A. | Associate Vice President for Biomedical Communications |
| Diane Lloyd Yaeger, J.D. | Associate Vice President and Chief Compliance Officer |
| Bonita Eaton Enochs, M.A. | Assistant Vice President for External Relations and Director of Publications |
| Michelle Gelber, B.A. | Assistant Vice President, Development |
| Jeannine Jennete, M.P.A. | Associate Director for Public Safety |
| James F. McShane | Assistant Vice President for Public Safety |
| Anne Jacobs McWilliams, M.A. | Assistant Vice President, Biomedical Communications |
| Jean Ford Keane, B.A. | Assistant Vice President, Development |
| William D. Marchand | Assistant Vice President for Facilities Management |
| Daniel Morrissey, M.A., M.S.T. | Assistant Vice President for Professional Resource Services |
| Robin Rosenbluth, B.A. | Assistant Vice President, Development |
| Ann Viney, B.A. | Assistant Vice President, Development |
| George Gasparis, B.S. | Executive Director, Institutional Review Board |
| Steven Shea, M.D. | Vice Dean of the Faculty of Medicine and Senior Associate Dean for Clinical Affairs |
| Marion Carlson, Ph.D. | Vice Dean for Research |
| Ronald E. Drusin, M.D. | Senior Associate Dean for Education (Interim) |
| Richard U. Levine, M.D. | President, Faculty Practice Organization |
| Michael Duncan, B.S. | Executive Director, Faculty Practice Organization |
| Anthony Bonano | Executive Director, Student Administrative Services |
| John T. Herbert, M.D., M.B.A. | Senior Associate Dean, Harlem Hospital Center |
| Donald Kornfeld, M.D. | Senior Associate Dean, Continuing Medical Education |
| Robert Lewy, M.D. | Senior Associate Dean for Faculty Affairs and Health and Safety |
| Lisa A. Mellman, M.D. | Senior Associate Dean for Student Affairs |
| Jeanine D’Armiento, M.D., Ph.D. | Associate Dean for Gender Equity and Career Development |
| Walter Franck, M.D. | Associate Dean, Bassett Healthcare |
| Andrew Frantz, M.D. | Associate Dean for Admissions |
| Ernest Hart, J.D. | Chief Administrative Officer, Harlem Hospital Center |
| Michael Herman, M.D. | Associate Dean, St. Vincent’s Hospital in Bridgeport |
| Anke Nolting, Ph.D. | Associate Dean for Alumni Relations and Development |
| Noel Robin, M.D. | Associate Dean, Stamford Health System |
| Richard B. Robinson, Ph.D. | Associate Dean for Graduate Affairs |
| William Rosner, M.D. | Associate Dean, St. Luke’s-Roosevelt Hospital Center |
| Fred Loweff, M.P.A. | Assistant Dean for Graduate Affairs |
| Thomas Garrett, M.D. | Director, Glenda Garvey Teaching Academy |
| Ellen Spilker | Director, Student Financial Planning, P&S and CDM |
| Institute/Center | Director(s) |
|---|---|
| Arteriosclerosis Research Center | Alan Tall, M.D. |
| Naomi Berrie Diabetes Center | Robin S. Goland, M.D., Rudolph L. Leibel, M.D. |
| Center for Bioethics | Ruth L. Fischbach, Ph.D., M.P.E. |
| Center for Computational Biology and Bioinformatics | Andrea Califano, Ph.D, Barry Honig, Ph.D. |
| Center for Emergency Medicine | James Giglio, M.D. |
| Center for Family Medicine | Kathleen Klink, M.D. |
| Center for Human Genetics | Angela Christiano, Ph.D. |
| Center for Molecular Recognition | Arthur Karlin, Ph.D. |
| Center for Neurobiology and Behavior | John Koester, Ph.D. |
| Center for Neuroscience Initiatives | Sarah Caddick, Ph.D. |
| Center for Radiological Research | Eric J. Hall, D.Phil., D.Sc. |
| Center for the Study of Society and Medicine | David J. Rothman, Ph.D. |
| Center for Theoretical Neuroscience | Laurence Abbott, Ph.D., Kenneth Miller, Ph.D. |
| Center on Medicine as a Profession | David J. Rothman, Ph.D. |
| Columbia-Rockefeller Center for AIDS Research | Scott Hammer, M.D. |
| Columbia University Immunology Center | Kathryn Calame, Ph.D. |
| Diabetes and Endocrinology Research Center | Domenico Acclli, M.D., Rudolph Leibel, M.D. |
| Institute for Cancer Genetics | Riccardo Dalla-Favera, M.D. |
| Institute for Gene Research | Maxwell Gottesman, M.D., Ph.D. |
| Institute of Comparative Medicine | Thomas Martin, DVM, Ph.D. |
| International Center for Health Outcomes and Innovative Research (InCHOIR) | Annetine Gelijns, Ph.D., Alan J. Moskowitz, M.D. |
| Herbert Irving Comprehensive Cancer Center | Riccardo Dalla-Favera, M.D. |
| Irving Center for Clinical Research | Henry N. Ginsberg, M.D. |
| Kavli Institute for Brain Science | Eric Kandel, M.D. |
| W.M. Keck Center for Cognition and Plasticity | Michael Goldberg, M.D. |
| Morton A. Kreitchman PET Center | Ronald Van Heertum, M.D. |
| New York Obesity Research Center (St. Luke’s-Roosevelt) | F. Xavier Pi-Sunyer, M.D., M.P.H., Rudolph L. Leibel, M.D. |
| Sackler Institute for Developmental Psychobiology | Myron Hofer, M.D. |
| Gertrude H. Sergievsky Center | Richard Mayeux, M.D., M.Sc. |
| Morris W. Stroud Center for Study of Quality of Life | Barry Gurland, FRC Physicians (London) and FRC Psychiatry |
| Judith P. Sulzberger, M.D. Columbia Genome Center | James E. Rothman, Ph.D. |
| Taub Institute for Research on Alzheimer’s Disease And the Aging Brain | Richard Mayeux, M.D., M.Sc., Michael Shelanski, M.D., Ph.D. |
| Clyde and Helen Wu Center for Molecular Cardiology | Andrew Marks, M.D. |
| Center for Motor Neuron Biology and Disease | Darryl DeVivo, M.D., Christopher Henderson, Ph.D., Serge Przedborski, M.D., Ph.D., Lewis Rowland, M.D., Honorary Director |
| Department | Chair | Location |
|---|---|---|
| Anesthesiology | Margaret Wood, M.D. | PH 5 Center 505 |
| Biochemistry & Molecular Biophysics | Arthur G. Palmer, Ph.D. (Interim) | P&S 5-424 |
| Biomedical Informatics | George Hripcsak, M.D. (Interim) | |
| Dermatology | David R. Bickers, M.D. | HIP 14-1410 |
| Genetics & Development | Gerard Karsenty, M.D., Ph.D. | HHSC 1602 |
| Medicine | Donald Landry, M.D., Ph.D. (Interim) | PH 8 East 105 |
| Microbiology | Aaron Mitchell, Ph.D. (Interim) | HHSC 1301A |
| Neurological Surgery | Robert A. Solomon, M.D. | NI 4-440 |
| Neurology | Timothy Pedley, M.D. | NI 14-1401 |
| Neuroscience | John Koester, Ph.D. (Interim) | |
| Obstetrics & Gynecology | Mary E. D’Alton, M.D. | PH 16 East 28 |
| Ophthalmology | Stanley Chang, M.D. | EI 2-218 |
| Orthopedic Surgery | Louis U. Bigliani, M.D. | PH 11-1130 |
| Otolaryngology/ Head & Neck Surgery |
Lanny Garth Close, M.D. | HP 8 820 |
| Pathology & Cell Biology | Michael Shelanski, M.D., Ph.D. | P&S 15-402 |
| Pediatrics | Richard Polin, M.D. (interim) | BHS 1-114 |
| Pharmacology | Robert S. Kass, M.D. | PH 7 West 318 |
| Physiology & Cellular Biophysics |
Andrew Marks, M.D. | P&S 11-511 |
| Psychiatry | Jeffrey Lieberman, M.D. | PI 670 |
| Radiation Oncology | Philip O. Alderson, M.D. (Interim) | HP3-320 |
| Radiology | Phillip O. Alderson, M.D. | MHB 2-131 |
| Rehabilitation Medicine | Nancy E. Strauss, M.D. (Interim) | HP 1-167 |
| Surgery | Craig R. Smith, M.D. (Interim) | MHB 7GN-435 |
| Urology | Mitchell Benson, M.D. | HIP 11-1102 |
All the following hospitals, with which the College of Physicians and Surgeons has major affiliations, are teaching centers with fully accredited residency programs and attending staffs that hold faculty appointments at Columbia University. Starting with the Clinical Practice course in the first year, students may rotate through some - or all - of the hospitals. The institutions offer an extraordinary range and diversity of experiences for students - from a rural hospital in upstate New York, to a municipal hospital in Harlem, to one of the leading medical centers in the world.
Location New York, NY 10032
Phone (212)305-2500
The original P&S hospital affiliate (1911), today a 1,200 bed tertiary care center, one of the world’s foremost medical centers. The 800-bed Milstein Hospital Building opened in 1989
Location
5141 Broadway,
New York, NY 10034
Phone (212)932-5000
This 300-bed community hospital at the northern tip of Manhattan opened in 1988.
Location 1051 Riverside Drive, New York, NY 10032
Phone (212)543-5000
State hospital, among the leading psychiatric centers in the world. A new building opened in June, 1998.
In 1979, Roosevelt Hospital merged with St. Luke’s (incorporated Woman’s Hospital in 1965) to form St. Luke’s-Roosevelt Hospital Center, the largest voluntary nonprofit private hospital in the United States.
Location 1000 Tenth Avenue,
New York, NY 10019
Phone (212)523-4000
Location 1111 Amsterdam
Avenue, New York, NY 10025
Phone (212)523-4000
Location 1111 Amsterdam
Avenue, New York, NY 10025
Phone: (212)523-4000
Location
506 Lenox Avenue,
New York, NY 10037
Phone (212)939-1000
A modern, up-to-date municipal hospital, serves the entire Northern region of Manhattan.
Location Cooperstown, NY 13326
Phone (607)547-3456
One of the finest rural hospitals in the country, serving ten counties in upstate New York, with a full-time faculty of 140 physicians in a multi-specialty group practice setting with over 250,000 outpatient visits annually.
Location West Haverstraw, NY 10993
Phone (914)947-3000
New York State Hospital, specializing in physical medicine and rehabilitation. Leading center for laboratory and clinical investigation of bone disease.
Location Shelburne Road at West Broad Street, Stamford, CT 06904-9317
Phone (203)276-1000
The Stamford Hospital is a 305-bed, not-for-profit, teaching acute care hospital which is part of Stamford Health System. The Stamford Hospital offers inpatient and outpatient services in medicine, surgery, obstetrics/gynecology, and psychiatry, and is fully accredited. Special features include a Level II Trauma Center/Emergency Department; the Carl & Dorothy Bennett Cancer Center, which offers a full range of outpatient cancer services for patients and families; a bone marrow transplant unit; cancer genetic assessment and risk prevention.
The Stamford Hospital offers medical residency training programs in Internal Medicine, Obstetrics and Gynecology, Surgery, Psychiatry and Family Medicine in conjunction with Columbia University College of Physicians and Surgeons and the Columbia-Presbyterian Medical Center. The hospital also offers a School of Radiology, Clinical Pastoral Education Program and EMS Institute for emergency medical training.
Location 2800 Main St,
Bridgeport, CT 06606
Phone (203) 576-6000
St. Vincent’s Medical Center is a 391-bed, tertiary-level hospital serving Fairfield and New Haven Counties. It specializes in cardiovascular, oncology, women’s and family, behavioral health and senior services and has a medical staff of 450 physicians.
The College of Physicians and Surgeons is one of 16 schools in the University. A significant advantage of studying is the ability to take advantage of classes and other opportunities throughout the University. Formal Dual Degree arrangements exist with P&S and the School of Public Health (MD/MPH), the College of Dental Medicine (MD/DDS), GSAS (MD/PhD) and the School of Business (MD/MBA).
The Columbia University Medical School Campus includes, in addition to the College of Physicians and Surgeons, the following graduate divisions:
The College of Dental Medicine, one of the first dental colleges in the nation to become fully integrated with a research university in a world-renowned medical center, has origins dating to 1852. The College offers the D.D.S. degree as well as postdoctoral specialty education and dual degrees with other schools of the University, including the M.A. with certain specialties, the M.B.A., the M.P.H., and a Ph.D. and M.A. in Biomedical Informatics. Over 2400 applicants recently sought positions in the class of 75 students. The four-year pre-doctoral curriculum is heavily biomedical. The students share much of the first two years of the P&S curriculum; this strong biomedical base serves well to support the medically oriented clinical years of the curriculum.
Community activities are extensive. The College has several off-site community-based facilities and a van for Head Start centers. The College is the major source of oral health care for the northern Manhattan area and offers that care at a reasonable cost. Special populations, including those with complex medical histories, are served through the College’s clinics.
Approximately 96% of the D.D.S. students continue into postdoctoral education. Only 2 of the 56 other U.S. dental schools approach that percentage, and only one in three dental graduates in the U.S. match postdoctoral programs. The student body is rich in its diversity; 50% are women, 20% of the Year I class are “under-represented in dentistry” students, and a significant number of matriculating students hold advanced degrees, e.g. M.D., Ph.D., M.A., etc.
The College has a long tradition of excellence in research, and supports research experiences with both internal and external short term training grants. Both the D.D.S. and specialty candidates are encouraged to be active participants in on-going clinical and basic science research within the Columbia University Medical Center.
The Graduate School of Arts and Sciences at the College of Physicians and Surgeons of Columbia University offers doctoral (Ph.D.) programs in basic sciences. The Coordinated Doctoral Program in Basic Sciences consists of ten tracks: Biochemistry and Molecular Biophysics, Biomedical Informatics, Cell Biology and Pathobiology, Cellular, Molecular and Biophysical Studies, Genetics and Development, Microbiology, Neurobiology and Behavior, Nutrition, Pharmacology and Physiology and Cellular Biophysics. A Master’s Degree Program in Biomedical Informatics is also available.
All students in the Coordinated Doctoral Program receive full support for tuition, student health services and medical insurance. Students also receive a generous stipend for their personal use that begins at registration and normally continues throughout the period of graduate study. Both international students and U.S. students are eligible for this support. Currently there are over 400 Ph.D. students in the various departments and sub-committees of the Coordinated Doctoral Program. Fifty-three percent are women. Twenty-nice percent are international students from all parts of the world.
The Coordinated Doctoral Program allows the students to become part of the exciting and highly interactive research community of faculty, graduate students and postdoctoral fellows at the Medical Center. Courses are generally concentrated in the first two years. The first year curriculum emphasizes research rotations in three different laboratories to allow students to experience a range of research topics and potential Ph.D. mentors. At the beginning of the second year, students choose their mentors and begin their research for the Ph.D. degree. The basic sciences faculty are committed to providing a complete graduate education that emphasizes intellectual challenge, supportive guidance, independence and sophisticated training in research. Ph.D. graduates from the Coordinated Doctoral Program have consistently gone on to become world leaders in biomedical research.
The School of Nursing, a leader in nursing education for over 110 years, offers programs in advanced practice nursing, research and health policy. Today, students study alongside faculty who have earned the highest authority of any advanced practice nurses anywhere. It was the first school of nursing to adopt a universal faculty practice plan, the first to award a Master’s degree in a clinical nursing specialty, and the first to offer the Doctor of Nursing Practice degree.
The combined degree program allows non-nurse college graduates to accelerate study in baccalaureate nursing and concentrate on master’s level courses in advanced practice. The Master of Science degree program offers eleven areas of clinical specialization and six sub-specialties, encompassing primary and specialty care, and prepares skilled practitioners with the research and clinical foundation necessary for leadership in academic nursing and practice. A University Statutory Certificate program is offered to master’s prepared advanced practice nurses who wish an additional area of clinical specialization. The DNSc program is a research-intensive curriculum preparing nurse scholars who are ready to conduct research in outcomes and health policy, independently and as part of interdisciplinary teams. The DrNP program focuses on the clinical practice of nursing and represents the highest academic preparation for nursing practice. The School has an enrollment of approximately 580 students. Joint degree programs are offered with the School of Public Health (MS/MPH) and the Business School (MS/MBA).
The School maintains four academic research centers: The Center for AIDS Research, the Center for Health Policy, the World Health Organization Collaborating Center for International Development in Advanced Nursing Practice, and the Center for Evidence-Based Practice in the Underserved.
The Institute of Human Nutrition, founded in 1954, is an interdisciplinary unit whose mission is to study all aspects of nutrition that relate to human health. The Institute serves to conduct, coordinate, and lead nutrition research and education activities throughout Columbia University and its affiliated institutions. These activities include basic research, clinical research, public health-preventive medicine programs, and education and training at many levels. A long-standing mission of the Institute is to train individuals for scholarly activities and for positions in universities and research centers that are in the forefront of the movement to advance nutrition as a health science. In addition, the Institute seeks to augment the training of physicians and other health specialists who are interested in emphasizing nutrition in their professions. The Institute functions to coordinate academic nutrition activities being carried out within many administrative units (Faculties, Departments, Centers) within the Columbia University system.
The specific aims of each of these units, the research being conducted within them, and the programs of instruction offered are outlined in other sections of this handbook. Although each unit conducts its own program of research and training, its work is coordinated to achieve two basic goals: conduct research to advance knowledge of nutrition and training in areas of nutrition relevant to the physician and scientist. To achieve this coordination, collaborative research projects among the faculty are frequent, and joint seminars and courses are conducted regularly involving faculty members and students in different departments.
Members of the Institute of Human Nutrition hold appointments in over 18 academic departments and centers within the College of Physicians and Surgeons, the Mailman School of Public Health, and other divisions of the Graduate School of Arts and Sciences. These faculty members, in addition to expertise in their own disciplines, have research and teaching interests in the area of human nutrition relevant to the mission of the Institute of Human Nutrition.
The Mailman School of Public Health of Columbia University has been on the cutting edge of public health education since its inception over three-quarters of a century ago. It has assumed leadership in disease prevention and, with equal emphasis, in the active promotion of health for all. It is one of thirty-four schools of public health in the United States accredited by the Council on Education in Public Health. Currently more than 800 students are enrolled in the degree programs leading to the Master in Public Health (MPH), Master of Science (MS), Doctor of Public Health (DrPH), or Doctor of Philosophy (PhD). Public Health, as a profession, naturally interfaces with most professional disciplines that affect the lives of people. The School developed its dual degree programs to encourage students to integrate public health training with other clinical or professional studies. Dual degree programs currently enroll students in a variety of the University’s professional schools, including medicine, dentistry, nursing, occupational therapy, social work, international and public affairs, urban planning, business, and law. Among the overall educational objectives for all graduates of the School is the development of individual competence and improved skills, particularly in;
Public health is inherently interdisciplinary in its research, teaching and service programs. The School is unique in its extensive involvement in direct service delivery programs. The School and several of its Departments are involved in a number of substantial programs that provide public health services directly to populations in need, and in programs that provide ongoing technical assistance to other service-delivery organizations. Furthermore, as is appropriate for a school of public health, many of the School’s research projects focus explicitly on topics that are directly applicable to the delivery of public health services. More and more frequently, the problems and issues that engage the efforts of those working in public health are played out at “center stage” in the global community — the challenges of AIDS, environmental carcinogens, inequities in health care delivery systems, advances in genetics that may radically affect health behavior, the plight of populations displaced by natural disasters or civil strife. These problems are enormous in scope and require our best efforts. They are being addressed daily in the academic programs at the Mailman School of Public Health, and by our faculty and students in their research and in their service activities. At the same time, the Mailman School of Public Health, located in a multi ethnic neighborhood of New York City with a medically underserved population, delivers care at the most immediate local level. Our outreach includes a model Head Start program with a health component, school-based health clinics that aim to provide basic health care and prevent early pregnancy and school dropout, and community health promotion programs to screen for cancer and provide self-help education for the growing number of asthma sufferers in our urban neighborhoods
The Programs in Occupational Therapy have a long and celebrated history at Columbia University. Consistently being ranked by U.S. News and World Report among the best occupational therapy educational programs in the country, our program has also exceeded accreditation standards (Accreditation Council for Occupational Therapy Education) since its inception in 1941. Our faculty is nationally and internationally recognized.
Columbia University’s Occupational Therapy Programs are known for educating individuals who have distinguished themselves as leaders in the profession, working as master clinicians, educators, researchers, administrators, and consultants. Through the offerings of an entry-level M.S. degree, a post-professional M.S. degree, and the first joint M.S./M.P.H. degree (with the Mailman School of Public Health) in the country, students receive a strong foundation across all practice areas, and work in a variety of clinical and community settings. In addition, we are partnering with Teachers College to launch an Ed.D. program in occupational therapy and motor learning.
Through cutting edge programs, our faculty and students have led the way in defining emerging practice areas and in promoting evidence-based practice and research. The structure of each program, which combines principles of adult learning with professional education, allows for didactic experiences that will prepare occupational therapists to work in and contribute to an ever-changing healthcare arena. Stressing multidisciplinary learning, students are prepared to work collaboratively with professionals of all disciplines. The close faculty-student interactions further allow for solid professional mentorship. Strong ties to fieldwork sites in New York City and across the country facilitate the continuum from theoretical and scientific knowledge, to practical application. Currently, the Programs enroll approximately 100 students each year.
Columbia offers an entry-level Clinical Doctorate in Physical Therapy (DPT). The goal of the program is to prepare graduates who are self-directed generalists with clinical problem solving skills. Students graduate with a comprehensive foundation of basic principles in the art and science of physical therapy. With 10.5 full-time faculty and a roster of distinguished adjunct instructors and laboratory assistants from Columbia University Medical Center, students are ensured individualized attention. In recognition of the varied abilities, interests and learning styles of graduate students, the professional curriculum is designed to be flexible and innovative, using a wide variety of learning styles. Emphasis is on an adult methodology that incorporates clinical decision-making, evidence-based practice and self-directed learning activities. Students design and complete a capstone project, collaborating with scientists and clinicians from many parts of the University. The curriculum provides for some specialized skill development through advanced seminars and electives offered during the third year of study. The concept that learning is a lifelong process pervades the educational program. Physical therapists with generalist capabilities are prepared to develop specialty skills, contribute to the leadership and growth of physical therapy, and advance the quality of health care through clinical research. All students participate in a clinical mentorship program during the second year of the curriculum and complete 36 weeks of full-time clinical education. The DPT degree is awarded upon successful completion of both the academic and clinical education components of the curriculum. The program is accredited by the Commission on Accreditation in Physical Therapy Education and is registered with the Department of Education of the State of New York. Class size is limited to approximately 40 students per year.
Location: P&S 1st Floor, Room 1-416
Associate Dean: Andrew Frantz, M.D.
Director: Ellen Perez
Email: ep121@columbia.edu
Phone: (212) 305-3595
The Admissions Office staff welcomes you as you begin your interview process at the College of Physicians and Surgeons. We organize your visit to our school for your interview along with a student-led tour of our campus and assist you in any way we can during the application and interview process.
Associate Dean: Anke Nolting, Ph.D.
Email: aln1@columbia.edu
Director: Elizabeth Williams
Email: ej75@columbia.edu
Welcome to the Alumni Association of the College of Physicians and Surgeons, the oldest (and most congenial) medical school alumni group in the nation. Your membership really began the day you became a P&S student and will continue throughout your life. You are what we’re all about! Our goal is to insure the quality of your education and the quality of your life while you’re here.
Back in 1859, a couple of P&S graduates got together to foster a sense of fellowship and, above all, to serve as a benevolent influence on the future of the school. One of the Association’s first philanthropic acts was to raise money to build a laboratory and lecture hall. After 145 years, with a membership now at 7,130, we remain committed to your present and our shared future.
The Home-Away-From-Home Program matches new students with interested New York City Metropolitan area alumni on the basis of common concerns in medicine/research, alma maters and hobbies. The purpose is to promote mentor relationships and to help students cope with the often difficult transitional period in the first year.
The Parents’ Day Program, an annual gathering at P&S, gives parents, other family members and significant others an opportunity to put themselves in students’ shoes and get a feel for the rigors and pleasures of the P&S student experience.
The Minority Students’ Recruitment Program is coordinated by the Association’s Committee on Minority Student Affairs in conjunction with the Dean’s Office and the Black and Latino Students’ Organization. The Alumni Association hosts an annual dinner for minority applicants, students, alumni and faculty.
The Externship Program permits students to get a real taste of medical life by spending a week shadowing alumni in their practice. Students generally reside with alumni, who, teaching by example, serve in the capacity of adjunct members to the P&S faculty.
At Career Forums, sponsored by the Association through the Student-Alumni Relations Committee, alumni and faculty panelists from a variety of fields share their professional experiences and insights, helping current students make informed career choices.
The Alumni/ae Career Advisory Service, a program established in 1997, sponsored by the Association, serves as a long-term resource assisting P&S students in their career decisions during and after medical school.
The Host Program. To help smooth your transition from student to professional, the P&S Alumni Association sponsors an alumni-student Host Program. Our far-flung P&S alumni have always opened their homes and hearts to students on an informal basis. Many alumni around the country participate in this program to officially host visiting students during their internship and residency interviews, offering lodging and an insider’s glimpse at what it’s really like to practice in a particular field and geographic area.
As alumni-to-be, students play an important role in the work and deliberations of the Alumni Association. Our primary link is the Student-Alumni Relations Committee, whose student and alumni members meet regularly to address the most pressing student needs and concerns.
The Association supports a wide variety of student-related projects, including social events, scholarships and financial aid. We also take a special interest in Bard Hall, the student dorm, and designate funds for its improvement. You are the current beneficiary of the largesse of generations of P&S alumni whose staunch support is keeping your classrooms and lecture halls, laboratories, library, computer links and health and fitness facility at the cutting edge.
Long a mainstay of student life, the P&S Club, of which we are an enthusiastic sponsor, offers a wide range of extracurricular activities, including sports, concerts and theatrical performances
Our door is always open to you. The P&S Alumni Relations Office is located in Room 250 of the Black Building, at 630 West 168th Street. Please stop by and get acquainted with Alumni Director, Kathy Couchells and the staff. Or call us at (212) 305-1472.

Location: P&S 3-401
Senior Associate Dean: Ronald E. Drusin, M.D.
Email: red3@columbia.edu
Phone: (212) 305-4195 or (212) 305-4194

Assistant Dean: Richele Jordan-Davis, Ed.M.
Email: rlj10@columbia.edu
Associate Dean: Hilda Hutcherson, M.D.
Email: hyh1@columbia.edu
Phone: (212) 305-4157
Fax: (212) 305-1049
Web: www.oda-ps.cumc.columbia.edu
The Office of Diversity assists with the mission of recruiting, counseling, and nurturing qualified minority students as well as fostering diversity among students and faculty. Multiculturalism in the medical school environment is strongly supported. The Office of Diversity supports the Black and Latino Students Organization (BALSO), which provides a forum for student participation in campus minority affairs, student recruitment, and service activities in the local community. BALSO also assists and contributes to a variety of lectures centered on disparities in health, provide academic support services and sponsor social events on campus.
The Office of Diversity supports several outreach programs: Summer Medical and Dental Education Program, The State Pre-College Enrichment Program and The Minority Recruitment Day Conference. The Office of Diversity regularly provides pre-medical career counseling and advice to individual high school and college students.
Through these mechanisms P&S enjoys tremendous diversity throughout its student body, distinct faculty, and varied patient population. For further information contact the BALSO President or call the office at 305-4157.

Director: Anthony Bonano
Email: aeb127@columbia.edu
Associate Director: Tonya Anderson
Email: tra1@columbia.edu
Assistant Director: Carmen Sierra
Email: ces3@columbia.edu
Manager: Mery Suazo
Email: mms8@columbia.edu
Departmental Administrator: Tamika Bryan
Email: tb2232@columbia.edu
Roselen Gonzalez
Email: rg21@columbia.edu
Wendy Penalver
Email: wfp1@columbia.edu
Joyce Burrus
Email: jb2003@columbia.edu
Diana Parra
Email: dp2037@columbia.edu
Maria Santiago
Email: ms20@columbia.edu
Delfy Velazquez
Email: dv2140@columbia.edu
Provides registrar, student account, cashiering, and ID services including:

Senior Associate Dean: Lisa A. Mellman, M.D. | mail: lam3@columbia.edu
Assistant Dean: Brian C. Paquette | mail: bp29@columbia.edu
Location: P&S 3-401
Phone: (212) 305-3806
Concerned with all aspects of students’ progress, academic and non-academic, throughout their four years at P&S, including:
Serves on committees dealing with student-related concerns such as housing, security, curriculum, academic programs, liability insurance, student services
Liaison with National Board of Medical Examiners, National Residency Matching Program, American Medical Association, Association of American Medical Colleges, Medical Society of the State of New York
Program Coordinator: Krystyna Cukrowski
Email: kc17@columbia.edu
Phone: (212) 305-4028

Director: Ellen Spilker
Email: es29@columbia.edu
Location: Black Building Room 139
Phone: (212) 305-4100 Fax: (212) 305-0221
Senior Associate Director: Ideta Daniel | Email: ild1@columbia.edu
Associate Director: Sandra Garcia | Email: sb64@columbia.edu
Financial Aid Officer: Lynn Wills | Email: lw198@columbia.edu

Director: Polly Wheat, M.D.
Email: w219@columbia.edu
Location: 60 Haven Avenue, Tower 1, Ground Floor- Clinical Services; 3E- Administrative Offices
Phone: (212) 305-3400
Emergencies: (212) 305-3400
Fax: (212)342-3955
Web: www.cumc.columbia.edu/student/health
Hours: Monday-Thursday, 8 a.m.–7 p.m.; Fri. 8 a.m.–4 p.m. (Closed Tuesdays and Thursdays from 3-4 p.m.)
Student Health Service (SHS) at Columbia University Medical Center is committed to advancing the health of each student and to promoting a healthy campus community through its goals of caring, healing, and educating. We provide a full range of primary care, mental health, and health promotion services, which are focused on your needs, both personal and as future clinicians. We seek to deliver care that is compassionate, informed, confidential, and cost-effective.
We offer the following easily accessible, on-campus services:
Phone: (212) 305-3400
SHS provides a full range of primary care medical services, occupational exposure evaluation and treatment, women’s health services, travel consultation, specialty care (both on-site and referral), and ancillary services, including on-site laboratory service in affiliation with our reference laboratory.
If you are also enrolled in the Student Health Insurance Plan administered by The Chickering Group, SHS is your gateway to the Aetna provider network. For further information on the Student Health Insurance Plan, visit www.chickering.com or contact Student Health Service.
Except as required by law, no information is released outside the Student Health Services without your written consent.

Phone: (212) 496-8491
Both psychiatrists and psychologists are available for any type of counseling or psycho-pharmacology issues. Appointments are made directly by contacting Dr. Burton Lerner at (212) 496-8491; you are entitled to 10 free visits each year, plus an additional 60 visits under the Chikering-Aetna insurance. These services are strictly confidential.
Phone: (212) 304-5564
Together with the Center for Student Wellness, the SHS provides health promotion and wellness in a number of areas, focusing on stress management, smoking cessation, sexual health, nutrition, and fitness. These programs are tailored to meet your needs. Both individual consultations and group programs are available.
We actively seek your feedback and suggestions for all aspects of the SHS. Please give us your ideas-either through your Student Health Advisory Committee representative, through the suggestion box in the SHS waiting room, via the feedback form on the website, or by email or telephone to the Director.
Phone: (212) 305-3400
SHS administers the public health screening and immunizations required by Columbia University Medical Center. The following are required before you will be allowed to register or attend classes.
Laboratory reports are required for all titers and antigens.
To download forms or for further information, visit our website at http://www.cumc.columbia.edu/student/health or call us at(212) 305-3400. We look forward to collaborating with you to maximize your health!
Since 2003, the Advisory Dean program has provided medical students at P&S academic, career, and personal support through regularly scheduled group and individual meetings. The Advisory Deans create opportunities for students to gather to discuss the unique concerns that arise during medical school, such as the importance of mentoring relationships, academic concerns, recommended changes in the curriculum, and residency and career plans. The Advisory Deans are liaisons to faculty and administrators at P&S and thus have direct access to the numerous services available to students. At the twice-monthly lunch meetings in first and second year, Advisory Deans invite many of these representatives from the University, and the Medical Center, as well as students in more senior classes, to meet with their advisees.
Students are strongly urged to contact their assigned Advisory Dean for any questions about progress through P&S and for mentoring needs. They are expected to attend their Advisory Dean lunches and meetings. This successful program has already enriched the lives of P&S students and continues to evolve based on student feedback.
Dr. William Macaulay
Jr. Department of Orthopedic Surgery
Email: wm143@columbia.edu
Phone: (212) 305-6959
Fax: (212) 928-4024
Office: PH11-1146
Dr. Joseph Haddad, Jr.
Department of Otolaryngology/
Head and Neck Surgery
Email: jh56@columbia.edu
Phone: (212) 305-8933
Fax: (212) 326-8475
Office: BHN 5-501
Dr. Saundra Curry
Department of Anesthesiology
Email: sc42@columbia.edu
Phone: (212) 305-8361
Fax: (212) 305-3204
Office: PH5-517
Dr. Alessandra Pernis
Department of Medicine
Email: abp1@columbia.edu
Phone: (212) 305-3763
Fax: (212) 305-5052
Office: P&S 9-435
Dr. Donald Quest
Department of Neurosurgery
Email: doq1@columbia.edu
Phone: (212) 305-5582
Fax: (212) 305-2026
Office: NI4-440
Each incoming first-year is matched with a second year student based on one or more demographic parameters. Big Sibs act as initial social, academic and personal contacts, and are available to offer advice, answer questions, and generally ease the new students’ transition into P&S. Big Sibs contact their little sibs before or at the beginning of the academic year to arrange to meet, and often remain in contact throughout the year. This is a student-run, long-standing tradition at P&S that fosters interaction among classes and provides new students with a personal peer resource.

The Diversity Affairs Office at P&S works closely with and supports the Black and Latino Student Organization (BALSO) which is committed to the recruitment and retention of qualified minority students, the nurturing of minority students through counseling and support mechanisms involving faculty and BALSO students, sponsorship of programs that expand awareness of health and health policy issues and community service. For further information call 305-4157.
Regardless of individual talent and prior experience, medical school can at times be overwhelming for anyone. The Student Success Network (SSN) offers services to help make first-year students’ adjustment to medical school a smooth one. SSN promotes a sense of teamwork through regular small-group review sessions, facilitated by second-year students who know what to learn and remember how to learn it. Tutors are also available free of charge.
We hope to enhance both study skills and teaching skills; fundamental to our philosophy is putting into action the tenet of learning from (and thus teaching) your colleagues. It sounds intimidating, but it’s actually fun and a great way to learn. We encourage first year students to come to our workshops early in the semester to see if they can be of assistance.
At the start of their fourth year, each student selects a residency advisor, usually in the field in which the student hopes to specialize. The role of this advisor is to review the student’s performance, discuss their interests and goals, and advise the student in which hospitals he/she might logically expect to match for postgraduate education.

Daniel W. Morrissey
Advisor in Residence
Office: Bard Hall, Room 102
Email: dwm3@columbia.edu
Phone: (212) 305-3989
Fax: (212) 305-0428
AI:MS (Addiction Illness : Medical Solutions) began in 1986 when a student died from an untreated addiction disease. Students asked for a new way to address their questions about lifestyles which may put them at risk. Under the supervision of Daniel Morrissey, AI:MS is a safe place for students to raise concerns about alcohol, drugs, eating disorders, computer usage, and other compulsive behavior with elected peer representatives rather than with faculty or administrators.
AI:MS members are here primarily to listen. AI:MS does not diagnose or treat, but provide triage to professional therapy. AI:MS is a bridge to specialists who are trained in the treatment and care of many different forms of dependency. These therapists can help prevent abuse from growing into serious addiction. AI:MS can help a student find a professional evaluation and advice, off campus if desired. AI:MS will pay the expenses involved.
When people say they do not know the names of those who have used AI:MS, that is because of the importance of confidentiality. All contact with AI:MS is in total confidence. The only possible exception would be a case of imminent serious danger to individual safety. That instance is most rare. AI:MS is not affiliated in any way with the Dean’s Office. It does not receive any funding from the Dean’s Office and keeps no records. AI:MS cannot refer students for disciplinary action. Communication with the Dean could be initiated only if a student’s health and well-being were in immediate jeopardy, and even then only after extensive discussion with the student.
Each class has several representatives, elected by their peers for a four-year term. Their 24/7 contact information is in the AI:MS section of the Student Resources website (http://columbia.edu/cu/aims/contactus.html) Daniel Morrissey both lives and has his office in Bard Hall so that students may reach him on campus at almost any time. His office hours are posted on the door of Bard 102, and he will also make appointments at students’ convenience.
Director Center for Student Wellness: William David Kernan, Ed.D., CHES
Email: dk2002@columbia.edu
Phone: (212) 304-5564
Fax: (212) 544-1967
Location: 107 Bard Hall
Assistant Director for Health Promotion: Deborah P. Levi, LMSW
Email: dpl2002@columbia.edu
Phone: (212) 304-5560
Fax: (212) 544-1967
Location: 107 Bard Hall
The Center for Student Wellness (CSW) was founded on the belief that even the most successful and dedicated student occasionally can use guidance and support. Designed as “one-stop shopping” for student support, the Center for Student Wellness provides free, broad-based support to enhance the physical, emotional, psychosocial, and academic well-being of CUMC students through individualized consultation services, targeted community outreach, and collaboration with faculty and staff.
CUMC students may seek out assistance at the Center for Student Wellness for virtually any concern, big or small. Based on the nature of the concern, the Center staff will assist the student in the development of an individualized action plan to address the concern.
With the outreach program Wellness Works!, the Center for Student Wellness serves as the health promotion division of the CUMC Student Health Service (SHS)
The Center for Student Wellness (CSW) at Columbia University Medical Center is:
OPEN: The CSW is open to all students attending any school at the medical center regardless of race, color, sex, religion, national or ethnic origin, citizenship, sexual orientation, age, marital status, disability, or status as a Vietnam-era or disabled veteran.
SAFE: The CSW is a safe space where students should feel free to discuss personal matters without fear of judgment or retribution. Accordingly, the CSW acts in partnership with a number of Columbia University and community resources to ensure that all students receive appropriate assistance.
CONFIDENTIAL: The CSW assures confidentiality - no records of specific issues, complaints or problems are kept. The CSW will not report the names of visitors to the office and will not act without permission, except in cases of imminent serious risk to individual safety, or if required by law.
Stay well informed! To learn more about Wellness events and related services at CUMC join our wellness list serve, by simply sending an email to:
Message: subscribe cumclumbia.edu
Subject: (leave subject line blank)
Address: majordomo@cowellness
The Director for Student Wellness and the Assistant Director for Health Promotion hold regular afternoon walk-in office hours. Appointments are available at other times. A complete listing of current walk-in hours is posted outside the Center for Student Wellness and on the Center’s website at http://www.cumc.columbia.edu/students/wellness
Ombuds Officer: Marsha Wagner
Columbia University Medical Center Campus
Email: ombuds@columbia.edu
Location: 101 Bard Hall
Phone: (212) 304-7026
Associate Ombuds Officer: Bathabile Mthombeni-Njenga
Morningside Campus
Location: 660 Schermerhorn Mail Code 5558
Phone: (212) 854-1234
Fax: (212) 854-6046
The Ombuds Officers are confidential and neutral complaint-handlers serving all campuses - Medical Center, Morningside, Lamont, and Nevis - who seek fair and equitable solutions to various problems through informal processes. The Ombuds Office is available to the entire Columbia University community: students, faculty and employees.
The Ombuds Officers will not report the names of visitors to the office and will not act without permission, except in cases of serious threat to individual safety. The Ombuds Officers keep no records of specific complaints or individuals.
The Ombuds Officers report directly to the President, not to any administrative office. The Ombuds Officers do not take sides and will not testify; the Ombuds Officers have no decision-making power and do not arbitrate or adjudicate.
The visitor to the Ombuds Office can confidentially voice his/her concerns, evaluate the situation, and plan a particular course of action - if any. The Ombuds Officers will listen, offer information about Columbia University policies and procedures, and present a range of options for resolving a problem. The visitor selects the option he or she prefers.
The Ombuds Officers also provide referrals to sources of expertise or decision-making on particular issues or procedures. With permission, the Ombuds Officers may conduct an informal and impartial investigation, facilitate communication, use shuttle diplomacy or mediate a dispute.
The Ombuds Officers keep aggregate anonymous statistics of the types of complaints received by the office and - while maintaining individuals’ confidentiality - may periodically report problem areas to senior administrators and make recommendations for institutional improvements as appropriate.

Director: Colleen Lewis
Assistant Director: Sarah Damsky
Senior Program Manager: Robyn Weiss
Program Coordinator: Neera Jain
Learning Specialist/First Year Coordinator: Michelle Witman
Assistive Technology Specialist: Christopher Doucet
Coordinator of Reasonable Accommodations: Eileen Lograno
Administrative Coordinator: Diane Raboud
Morningside Campus
Phone: (212) 854-2388
Phone (TTY): (212) 854-2378
Fax: (212) 854-3448
Email: disability@columbia.edu
Web: www.health.columbia.edu
Location: 2920 Broadway,
MC 2605, Alfred Lerner Hall, Room 801
Medical Center Campus
Location: 50 Haven Avenue, 101 Bard Hall
The Office of Disability Services (ODS) facilitates equal access for students with disabilities by coordinating reasonable accommodations and support services.
Reasonable accommodations are adjustments to policy, practice, and programs that “level the playing field” for students with disabilities and provide equal access to Columbia’s programs and activities. Examples include the administration of exams, services such as note-taking, sign language interpreters, assistive technology, and coordination of accessible housing needs. Accommodation plans and services are custom designed to match the disability-related needs of each student and are determined according to documented needs and the student’s program requirements.
Registration includes submission of both the Application for Accommodations and Services and disability documentation. The application and disability documentation guidelines are available online and at the ODS office. Students are encouraged to register within the first two weeks of the semester to ensure that reasonable accommodations can be made for that term. Please note that students are not eligible to receive reasonable accommodations until the registration process is complete.
Disability Services Liaisons are representatives from the student’s respective school and assist ODS in coordinating the provisions of reasonable accommodations. The Liaison for P&S is the Associate Dean for Student Affairs, P&S Room 3-401, 212 305-3806. You can also reach Dr. Carl Olsson, Chairman, President Advisory Committee on Disability for the Columbia University Medical Center, 212 305-7870.

Director: Maura M. Bairley
Program Coordinators: Asere Bello and Anna R. Tekippe
Program Advisors: Suraiya Baluch and Rachel C. Efron
Administrative Program Coordinator: Helen V. Arnold
Morningside Campus
Location: 301 Lerner Hall
CUMC Campus
Location: 101 Bard Hall
Email: mb1106@columbia.edu
Phone: (212) 854-3500
Men’s Peer Education Program
Phone: (212) 854-2136
Fax: (212) 854-8830
Rape Crisis/Anti-Violence Support Center
Location: Brooks Hall,
Barnard College Campus
Phone: (212) 854-4366
Peer Advocates
Hours: 24 hrs/7days
Phone: (212) 854-WALK
Peer Counselors
Hours: 7pm to 11pm/7 days
Phone: (212) 854-HELP
The Sexual Violence Prevention and Response Program (SVPRP) educates students about consent and coercion, and promotes community standards for a respectful and safe campus. Through its programs and services, SVPRP fosters individual and collective action to end sexual and relationship violence by: Educating students and administrators about the dynamics and effects of sexual assault; Helping students develop the communication and assessment skills necessary to promote and maintain healthy and intimate relationships; and Advocating for appropriate support for survivors of sexual and relationship violence.
Rape Crisis/Anti-Violence Support Center provides peer counseling, advocacy, and education to survivors and co-survivors of sexual assault, relationship violence, childhood sexual abuse, and other forms of violence.
Men’s Peer Education Program develops prevention strategies and provides educational events and leadership training programs to engage men to end sexual and relationship violence.
Workshops and Events present prevention and risk reduction strategies to men and women.
The University’s Policy for Sexual Misconduct requires that standards of consensual sexual conduct be observed on campus, that violations of these standards are subject to discipline, and that resources and structures be sufficient to meet the physical and emotional needs of individuals who have experienced sexual misconduct.
Students interested in initiating the Disciplinary Procedure for Sexual Misconduct should contact Helen Arnold, the Administrative Program Coordinator, by visiting room 701A Alfred Lerner Hall, calling 212 854 1717, or emailing hva2002@columbia.edu
Augustus C. Long Health Sciences Library
Committed to supporting the academic and research activities of the faculty, staff & students at the Columbia University Medical Center campus, the Augustus C. Long Health Sciences Library (HSL) is one of the largest academic health sciences libraries in the country. Its collection includes over 500,000 volumes, 4,400 current periodical subscriptions, and extensive holdings of media, electronic resources, rare books and archival materials.
HSL serves Columbia University’s colleges of Medicine and Dental Medicine and the schools of Nursing and Public Health; New York Presbyterian Hospital (NYPH); and other health care, instructional and research programs in the Columbia University Medical Center. HSL is one of 25 libraries comprising the Columbia University libraries system, which holds more than 8 million volumes and over 65,000 current serials.
The Library offers a variety of study spaces for both group and individual study. Wireless network access is available throughout the Library.
Expert medical librarians support the Columbia community’s research needs with one-on-one reference consultations and both formal and informal classes covering library resources. For more information about the library’s offerings and services, call 212-305-3605; send an email to hs-library@columbia.edu or visit the library’s homepage: http://library.cpmc.columbia.edu/hsl/
Other library services include: Photocopy center, interlibrary loan, print and electronic reserves, fax sending and receiving, private study rooms, and transfer of materials between HSL and Columbia’s Morningside Heights campus.
The library is located in the Hammer Health Sciences Center on the Columbia University Medical Center campus. The Medical Center Library is a unit of the Office of Education and Scholarly Resources.
Location: 701 West 168 Street, 2nd floor, New York, NY 10032
Phone: 212-305-4357 (extension 5-Help)
Email: 5help@columbia.edu
Web site: www.cubhis.org
The CUbhis Information Commons (“IC”) Service Desk The CUbhis Information Commons (“IC”) Service Desk provides a single point of contact for information technology and related customer support for the Columbia University Medical Center community. The IC’s services include initial technical troubleshooting and resolution, escalation and follow up with other technical groups at Columbia, maintenance of the computer classrooms and labs, computer training, media support, and more.
The Help Desk is located right inside the entrance to the 2nd floor of the Hammer Health Sciences Library. IC technical support is available seven days a week via phone, walk in, email, and via CUbhis eSupport, which allows technicians to connect to a computer over the network and provide instant assistance. A wealth of resources including tutorials, FAQs, online request forms, and technical news and announcements are also available on
www.cubhis.org and new students can find a Getting Started guide at: http://www.cubhis.org/getting_started/students.html
Information Commons offers public computer clusters at several Columbia University Medical Center locations: Hammer Library Lobby, Hammer 2nd floor, and the PH17 Computer Labs. All locations have Windows XP PCs, with Power Mac G5s available at the Hammer locations. The computers are available on a first come, first served basis. Software is provided for word processing, analyzing data, creating charts, graphics, curriculum support, and other applications. All systems are connected to CUMC’s high-speed network.
The Hammer 2nd floor computing facilities are equipped with 21 PCs in the Computer Classroom, 24 PCs and 9 Macintosh computers in the Microcomputing Lab, and 14 PCs in the E-Lounge area, which also houses two scanners (one connected to a PC and one to a Mac) and study carrels with network connection ports.
The 24-hour Computer Lounge is located near the entrance to the Hammer Health Sciences Library. It is equipped with PCs, Macs, and network printers. The Classroom, Labs, E-Lounge and Computer Lounge systems all have CD burning capabilities and allow for personal USB key or “memory stick” use.
On the main and lower levels of the library there are clusters of library resource computers with basic Internet, research and printing capabilities.
The PH17 Lab computing facility is located on the 17th floor of the Presbyterian Hospital building. It is equipped with 40 PCs and two LaserJet printers. The PH17 facility is open from 8am to 2am seven days a week.
More information on the Computer Clusters can be found at: http://www.cubhis.org/links/computerlabs.html
A total of 16 high-speed LaserJet printers are available at all computing locations including one in the Bard Hall Lobby, with a color printer on the 2nd floor of Hammer. The printers do have a per page charge, with Medical Center students being given a semester allocation of 700 free pages for each Fall and Spring semester and 250 pages for Summer. Students are able to configure their personal computers to connect to the printers. More detailed printing information can be found at: http://www.cubhis.org/getting_help/printing.html
Wireless access points are located throughout the library and at various spots on the rest of the campus to allow for the use of wireless enabled personal computers. Wireless access in the library is available on Lower Level 1, the Lobby and 2nd floor, and extends to the both the patio outside of the E-Lounge and the Hammer Library benches and steps. For more information on wireless use and locations at the CUMC campus please see: http://www.cubhis.org/getting_started/wireless.html
Computer classrooms and equipment can be reserved online for a variety of uses. Installation of licensed software for academic courses or training programs held in the Classroom and Labs can be requested as well, for both please see: https://secure.cumc.columbia.edu/cubhis/forms/reservations.php
The primary use of these facilities is for support of Medical Center education; other uses may be subject to rental fees.
A variety of free, non-credit classes related to technology use and training on specific software programs can be found at: http://www.cubhis.org/getting_help/classes.html and at http://library.cpmc.columbia.edu/hsl/classes/classes.cfm
IC provides site-licensed software, including the Microsoft Office Suite for both Windows and Macintosh based computers, and Symantec (Norton) Antivirus. Students can purchase SAS statistical analysis software at the IC at an educational discount. Please see the links to these various programs for more information: http://www.cubhis.org/getting_help/software.html
Residence halls at the Medical Center campus are fully wired for high-speed access to email and the Internet, with wireless access available in the Bard Hall Lobby and 390 Fort Washington. Help with getting connected can be found on our web site at: http://www.cubhis.org/getting_help/resnet.html or call (212) 305-4357 for help.
Center For Education Research And Evaluation (CERE), part of the Office of Education and Scholarly Resources has three main purposes: a) to assist course directors and faculty in the development and implementation of effective and innovative educational programs, b) to promote advancement in medical education and graduate medical education research, and c) to develop new and innovative ways of providing evaluation mechanisms, largely through advanced technology efforts.
Ongoing feedback about the courses, educational programs, lectures, and educational materials that make up the curriculum is important to us. To collect opinions and suggestions throughout the year, students and residents may be asked to complete evaluation projects, participate in focus groups and other formal discussion sessions to assess various aspects of the curriculum, and/or review new materials that make up the curriculum. This helps to ensure that our programs and research efforts are of the highest quality.

Scheduling Manager: Julie Batista
Location: PH17-106
Email: jeb4@columbia.edu
Phone: (212) 305-7528
Fax: (212) 305-9250
Day Coordinator: Domingo Canela Jr.
Email: dac2133@columbia.edu
Evening Coordinator: Craig Johnson
Email: jc2329@columbia.edu
Phone: (212) 305-3533
Fax: (212) 305-0784
Manager: Wilson Daniel
Location: PH17-109
Email: wd1@columbia.edu
Phone: (212) 305-9348
Fax: (212) 305-9250
Classroom Management schedules space for courses, seminars and university-related events for Columbia University Medical Center campus schools and programs. The team also oversees daily operations within the classrooms, the Student Learning Center (PH-17), Hammer, and the amphitheaters including:
The curriculum at P&S is designed to train students to be the most knowledgeable, scientifically inquisitive, compassionate, and professional physician leaders of tomorrow. The intersection of biological, behavioral, and population sciences with clinical training serves as the foundation for the educational experience at P&S. Faculty and student review of the curriculum is an on going process and serves as an important impetus for curricular enhancements.
We help students gain a better grasp of the fundamental basic science concepts on which the practice of medicine is based through new efforts to integrate and coordinate the teaching of related disciplines. The basic biological sciences are taught in an integrated interdepartmental approach. They are presented in lecture, small group seminars and with independent learning assignments. In year two there is an organ systems approach synthesizing course material from Pathophysiology and Pharmacology. We hope to provide a climate for learning that reduces memorization, one that enhances and rewards problem-solving, thus developing skills for life-long learning.
The Clinical Practice Course I and II, which extends through the first two years, brings together the scientific principles of population and behavioral sciences. Emphasis is placed on the relationship of the physician and patient in the context of the family, the community and society. The faculty focuses on prevention and health maintenance. Students will understand the role of the physician in relation to other members of the health care team and the responsibility of being the patient’s advocate.
In year one clinical training begins with each student selecting a half day per week experience in a community based public health clinic or education program. These experiences are supervised by a variety of health professionals from the faculty.
The clinical years are devoted to clerkships in the clinical disciplines. Under close supervision the students are helped to develop the skills and knowledge required for the practice of clinical medicine. Students learn to elicit a comprehensive history and to carry out a complete physical examination. They learn to develop professional relationships with peers, faculty and other health professionals and they acquire an understanding of the mechanisms of disease and of the principles necessary for valid diagnostic appraisal and effective therapeutic plans.
Each fourth year student is required to select one month of a seminar course offered in one of the basic sciences. During this month, one day per week will be devoted to assessing health care policy issues and societal concerns relating to health care organization and cost. In addition, a course in Biomeical Informatics will help to prepare you for medicine in the 21st century.
In the fourth year, with the guidance of faculty advisors, students design individual elective curricula, drawn from a wide range of basic scientific electives, clinical electives and research programs offered by the faculty. The elective courses of all departments are described in a catalog which is printed annually and distributed to students and faculty. Students are permitted to spend three months of the curriculum in elective programs offered by other medical schools. In addition, the School of Public Health and Center for the Study of Society and Medicine offer international programs that provide opportunities to study the organization and delivery of health services in many countries of the world.
During the elective curriculum students have available the resources of the entire university. Students are encouraged to utilize the elective curriculum to reach career decisions. Faculty advisors stress the acquisition of knowledge and skills in areas of medicine apart from the student’s career discipline, and they encourage students to gain experience in clinical and/or laboratory research.

The courses of the first year at P&S are diagrammed in the chart below. Classes start the last week of August and continue through 42 weeks of the academic year. Two vacations are scheduled - a winter break of approximately two weeks, and a one-week spring break. The figure listed beside each course title indicates the total number of hours assigned to that course.


Director
Office: P&S 10-420
Phone: Ext. 5-5631
Email: ewa1@columbia.edu
Radiology
Office: MHB3-111
Phone: ext. 5-2511
Email: al270@columbia.edu
We define Clinical Anatomy as that which pertains specifically to the practice of contemporary medicine. An essential pre clinical subject, Clinical Anatomy enables student physicians to acquire the fund of anatomic knowledge necessary for the practice of medicine and the knowledgeable discussion of findings or problems with appropriate colleagues. Lectures introduce each laboratory topic, explain conceptual relationships between structure and function, and emphasize important subtleties between the normal and aberrant. The dissection laboratory affords a different and stimulating learning experience. Here small-group preceptor discussions focus the laboratory experience and provide informative interactions with faculty. Appropriate computer-assisted tutorials, developed by our faculty, enhance learning as well as facilitate review. Weekly correlation clinics or radiographic anatomy sessions exemplify anatomic application in the practice of medicine. By course end, student physicians are able to analyze, synthesize and apply clinically relevant anatomical information - goals and skills essential for physical examination as well as proper diagnosis, appropriate therapy and accurate prognosis in patient care.


Course Director
Office: P&S 3-401
Phone: Ext. 5-0344
Email: dst4@columbia.edu
Associate Course Director
Office: 1051 Riverside Dr., Unit 116
Phone: (212) 543-5748
Email: mjd5@columbia.edu
The goal of Clinical Practice is to introduce students to the knowledge, skills and attitudes necessary to translate scientific knowledge into the clinical care of individual patients, and to guide students in their own life transition into the role of the physician. The course includes clinical clerkships, lectures and small groups.
In the first semester, students acquire basic knowledge and skills in medical interviewing, and practice these skills on actors playing patients. In the second semester students learn how to approach the medical literature with a basic understanding of epidemiology and biostatistics. Students also learn about health policy and economics, focusing on what impact the system has on patient access to care and the ability to provide effective care. Lastly, students learn about health promotion and disease prevention, and practice skills in counseling for behavior change. Special lectures devoted to cultural competence and the ethical dimensions of medical care are scheduled throughout the year. Small group sessions provide opportunities to integrate the didactic parts of the curriculum with clinical experiences in clerkships, and also serve as a forum for exploring issues relating to professional development and medical ethics.

Course Director
Office: BB 1502 or 1514,
Phone: Ext. 5-1591, 5-7941
Email: clm20@columbia.edu
The goal of this course is to introduce students to the principles of human embryology, from conception to birth. This should provide a basis for understanding human anatomy, genes that regulate developmental processes and the molecular basis of birth defects. Topics will include the formation of the basic body plan, the origin and division of body cavities, the role of the placenta, early organogenesis, the maturation of organ and sensory systems, and an introduction to molecular mechanisms that orchestrate development.
Course Director
Office: PH 7 West
Phone: Ext. 5-1673
Email: djg5@columbia.edu
You will learn the fundamentals of neural science: structures, pathways and mechanisms subserving sensory, motor and higher cognitive functions, how information is transmitted along and between neurons, and symptomatology and etiology of neurological and behavioral disorders. These basics will be enriched with recent information derived from cellular and molecular biological approaches so as to give you an appreciation of the extraordinary potential being developed for the understanding and treatment of disorders of the nervous system and of the techniques by which this potential will be realized. Instruction is by a mix of basic science and clinical lectures, anatomy labs, and research demonstrations.

Course Director
Office: PI 1st Floor, 1303-D
Phone: 543-5552, 543-5556
Email: cutlerj@pi.cpmc.columbia.edu
The course consists of lectures and small groups for discussion and interviewing patients. The goals of the course are for students to understand the concepts of depression and psychosis and the psychiatric syndromes that affect mood and thought, including Schizophrenia and Bipolar Disorder.

Course Director
Office: BB 15-1516
Phone: Ext. 5-1857
Email: mld2@columbia.edu
Office: P&S 12-513
Phone: Ext. x5-3447
Email: mdg4@columbia.edu
Section Head, Histology
Office: P&S 14-426
Phone: Ext. x2-2911
Email: pfs2101@columbia.edu
Science Basic to the Practice of Medicine provides students with an understanding of fundamental molecular and cellular biology and systems physiology. The course is divided into 6 blocks:
In each of these blocks, the knowledge of the structure and function of cells will form the basis for understanding the structure and function of the systems of the body. Emphasis is placed on using this knowledge and understanding to solve clinical and scientific problems.
The course is comprised of a series of core lectures, histology labs, and small group sessions. Lectures explain and highlight important concepts and principles, put material into clinical and historical contexts, and provide a sense of the direction in which a field is moving. Histology labs provide an opportunity for students to learn how the structure of cells, tissues, and organs enable these structures to fulfill their particular functions. Professor’s Rounds, Journal Club, Genetics in Medicine, and the Case-Based Learning Series represent opportunities for students and faculty to interact in a relatively small groups during which time critical thinking is stressed and application of the core material to either clinical medicine or basic science research are stressed.
The second year begins August 27 and includes two vacations. The figure listed beside each course title indicates the total number of hours assigned to that course.
The second year curriculum is undertaken by students and faculty as a transition year of synthesizing the course content into the necessary fund of knowledge to be used with history taking and physical diagnosis. This fund of knowledge and new skills will be enhanced by clinical experiences in the Major Clinical Year. This educational exercise includes lectures, seminars, patient interviews, and Physical Diagnosis sessions. This process is best served by all students partaking in all parts of the curriculum.

Course Director
Office: BB15-1516
Phone: Ext. 24116
Email: tjg1@columbia.edu
Associate Course
Director for Pathology
Office: PH 15W-1574
Phone: Ext. 57381
Email: jh13@columbia.edu
Course Coordinator
Phone: Ext. 59306
Email: ec11@columbia.edu
The Pathophysiology course runs in both semesters of second year.
Pathophysiology I is composed of five sections: Molecular and Cellular Pathology, Immunology, Microbiology/Infectious Diseases, Parasitology and Neuropathology. Each section has an examination for which the student receives a numerical grade. A final grade for the semester is calculated using a weighted average since the sections have significantly different durations.
Pathophysiology II is composed of seven sections: Cardiology, Pulmonary Diseases, Endocrinology, Gastroenterology, Renal Diseases, Oncology, and Hematology.
Each section has an examination for which the student receives a numerical grade. A final grade for the semester is calculated using a straight average for the seven sections since all have a similar duration.
No final examination is held in either semester. However, all students must demonstrate that they have mastered the core competency in all twelve sections. Students who do not demonstrate core competency on an examination will be required to do a make up examination at the discretion of the Second Year Faculty Committee.
| Title of Section | Time (Approx.) | Faculty Leader(s) |
|---|---|---|
| Molecular & Cellular Pathophysiology | Aug. – Sept. | Dr. Lefkowitch |
| Immunology | Aug. – Oct. | Dr. Greenberg |
| Microbiology/Infectious Diseases | Aug. – Dec. | Dr. Lowy |
| Parasitology | Nov. – Dec. | Dr. Despommier |
| Neuropathology | Dec. | Dr. Faust |
Dr. Jay LefkowitchMolecular & Cellular Pathophysiology
Associate Course Director for Pathology
Office: PH 15W-1574
Phone: ext. 57381
Email: jh13@columbia.edu
Dr. Steven GreenbergImmunology
Office: BB-9-914
Phone: ext. 5-1586
Email: smg8@columbia.edu

Microbiology/Infectious Diseases
Office: P&S 9-458
Phone: Ext. 5-5787
Email: fl189@columbia.edu

Parasitology
Office: P.I. Annex
1st Floor, Room 157
Phone: (212) 781-6670
Email: ddd1@columbia.edu

Neuropathology
Office: PH 15 Stem
Phone: Ext. 5-7345
Email: plf3@columbia.edu
| Title of Section | Time (Approx.) | Faculty Leader(s) |
|---|---|---|
| Cardiology | Jan. | Dr. Waksmonski |
| Pulmonary | Jan. – Feb. | Drs. Brodie & Lederer |
| Endocrinology | Feb. | Dr. Jacobs |
| Gastroenterology | Mar. | Dr. Berk |
| Renal | Mar. – Apr. | Dr. Al-Awqati |
| Oncology | Apr. – May | Dr. Siegel |
| Hematology | Apr. – May | Dr. Diuguid |

Cardiology
Office: PH 9-968
Phone: ext. 5-2060
Email: cw2108@columbia.edu

Pulmonary
Office: PH 8E-101
Phone: ext. 5-9817
Email: hdb5@columbia.edu

Pulmonary
Office: PH 8E-101
Phone: ext. 5-6589
Email: DL427@columbia.edu
Dr. Thomas JacobsEndocrinology
Office: Irving Pavilion 2-210
Phone: ext. 5-5578
Email: tpj1@columbia.edu
Dr. Qais Al-AwqatiRenal
Office: P&S 10-445
Phone: ext. 5-3512 or 5-6874
Email: qa1@columbia.edu

Oncology
Office: 9th fl. Irving Pavilion
Phone: ext. 5-9781
Email: aas54@columbia.edu
Dr. David Diuguid Hematology
Office: Milstein 6-435
Phone: ext. 5-0527
Email: dld6@columbia.edu

Gastroenterology
Office: BB 10-1019
Phone: ext. 2-3718
Email: pb2158@columbia.edu
Dr. Maria Garzon Dermatology
Office: Irving Pavilion,
12th Floor
Phone: ext. 5-9551
Email: mcg2@columbia.edu
Dermatology is offered as a separate course at the end of Pathophysiology II.

Radiology
Office: MHB3-111
Phone: ext. 5-2511
Email: al270@columbia.edu
Radiology is offered as a separate course at the end of Pathophysiology II.

Course Director
Office: BB 15-1516
Phone: Ext. 5-9056
Email: co6@columbia.edu
The goal of this introductory clerkship is to teach the student to obtain a complete medical history and to perform a general physical examination. The course begins in November and meets once weekly for 20 sessions ending in May. Groups of four students (working in teams of two) and one preceptor initially use self-exam to learn basic physical examination techniques. Starting in January, they work at the bedside with hospitalized medical patients to acquire these skills, with emphasis on both the techniques involved and on the interpersonal aspects of the doctor-patient interaction.


Course Director
Office: P&S 3-401
Phone: Ext. 5-0344
Email: dst4@columbia.edu
Associate Course Director
Office: 1051 Riverside Dr., Unit 116
Phone: (212) 543-5748
Email: mjd5@columbia.edu
Building on the experiences of first year, Clinical Practice II continues to emphasize the communication skills needed to become an effective and empathic clinician. The first semester focuses on improving interviewing and listening skills geared toward particular clinical situations. To complement material learned in pathophysiology, pharmacology and psychiatry and physical diagnosis, Clinical Practice workshops provide a hands-on approach to addressing substance abuse, chronic pain and disability, and adherence to medical therapy. Students also practice talking to patients and families about bad news and end-of-life issues. In the second semester, Clinical Practice small groups provide students a format to discuss concerns about caring for patients and practice core skills as they transition to the clinical years.
In the second semester, students will participate in the Narrative Medicine Seminar Series, a series of graduate-level small-group seminars in the humanities taught by P&S faculty and faculty from the Morningside campus. Students may choose among seminars in literature, creative writing, history, visual arts, photography, philosophy, and religious studies. Some of the seminars offered in previous years include, The Philosophy of Death, Faith in the Study of Practice of Medicine, Women’s Illness Narratives, Medical Student as a Writer, Fiction Workshop, Photography, Life Drawing, Mindfulness-Based Stress Reduction, and Attending to Movies. For a description of seminars offered previously, go to the Program in Narrative Medicine website at www.narrativemedicine.org/ or CP2 website at www.columbia.edu/itc/hs/medical/cp2
Students may elect to fulfill this requirement instead by enrolling in a main campus course in the humanities in the fall or spring. Course listings on the main campus are available in the Registrar’s office in Black Building or online and must be approved in advance. For more information, contact seminar series director Rita Charon at rac5@columbia.edu

Course Director
Office: P&S 7-446
Phone: 5-4197
Email: alw4@columbia.edu
The subject of the Pharmacology course is the effects of drugs and chemicals on physiological processes particularly in conditions of disease. Both basic mechanisms of therapeutic and toxic drug actions as well as practical aspects of drug administration to patients are the topics of the lectures and conferences. The course also teaches the vocabulary and concepts necessary for the use of drug therapy in the clinical years of medical school as well as for future practice.

Course Director
Office: PI 1st Floor, 1303-D
Phone: 543-5552, 543-5556
Email: cutlerj@pi.cpmc.columbia.edu
Skills and knowledge will be built upon those acquired in the first year. Major psychiatric disorders to be discussed will include Anxiety Disorders and Personality Disorders. Normal child and adult psychological development will also be presented. Principles of psychiatric treatment will be introduced. Psychiatric patients will be interviewed in small groups.
This section describes electives that are offered to first and second year students through the Dean’s Office. These are in addition to the required clinical selectives of the Clinical Practice I course. Students may also choose to participate in the following clinical electives:
A major objective of this elective is to help first and second year medical students get a better understanding of a particular specialty by spending an afternoon in a clinical setting with a P&S alumnus. The list includes physicians in 29 different specialties ranging from Anesthesiology to Vascular Surgery.
Objective: To observe an anesthesiologist at work in the O.R. and in patient care.
One student every Saturday and Sunday morning will come in at 7 A.M. and report to the attending on call that day. He/she will have the opportunity to follow that attending, observe surgery from the anesthesiologist’s point of view and interact with residents and patients.
The Major Clinical Year is divided into 10 blocks lasting 5 weeks during which students rotate through all the required clinical clerkships as described below. There is a winter break from December 15 through January 1 and a one-week break during Subspecialties I and Subspecialties II.
The class is divided into 10 groups of approximately 15 students per group. Each of the 10 groups rotates through all clerkships at different times throughout the third year, based on the rotation schedule you chose.
All students will experience the clerkships below:
Students group themselves into teams of 1 to 4 students per team. Student groups are randomly assigned a number by the Registrar’s Office. The teams with the best (i.e., lowest) lottery numbers have first chance at signing up for the Group (1 through 10). Those with the higher (worse) numbers may find themselves closed out of a more popular section. There is no “best” rotation schedule. Advice is to schedule your preferred rotation in January.
Each student in a given section is assured of doing the same rotations at the same time as the other members of that section. They will not, necessarily, however, be assigned to the same preceptor groups, or even to the same hospital. During their Major Clinical Year students may also be assigned as follows:
All students are assigned to New York-Presbyterian for 5 weeks. The other 5 weeks are spent at one of the following: Harlem, St. Luke’s, Roosevelt, Stamford or the Allen Pavilion.
Students are assigned to one of the following: New York-Presbyterian or Harlem Hospital.
All students spend the full five weeks of clerkship at New York-Presbyterian, St. Luke’s/Roosevelt Hospital, or Stamford Hospital.
Sites for the five-week clerkship are: Bassett HealthCare (Cooperstown, NY), The Tulley Center (Stamford, CT), Stamford Hospital (Stamford, CT), Harlem Hospital Center, St. Luke’s/Roosevelt, New York-Presbyterian Hospital, the Bronx VA, NH-Dartmouth —Concord, or Indian Health Service sites in Arizona and New Mexico.
Students are assigned either to the Neurological Institute or Harlem Hospital Center.
All didactic courses are taught at the Psychiatric Institute. Students are assigned for all or most of their clinical work to St. Luke’s, Roosevelt, Creedmoor Psychiatric Center, or the New York State Psychiatric Institute.
Otolaryngology, Neurosurgery and Anesthesiology are taught at New York-Presbyterian. Ophthalmology is taught at the Eye Institute.
All students are assigned to either New York-Presbyterian, Allen Pavilion, Bassett, or St. Luke’s-Roosevelt Hospital.
Urology is taught at New York-Presbyterian. Orthopedics is taught at New York-Presbyterian or St. Luke’s/Roosevelt Hospital Center.

Course Director
Office: PH 5-517
Phone: Ext. 5-8361
Email: sc42@columbia.edu
The Anesthesiology clerkship is a one-week rotation. The student obtains clinical experience in the operating room under supervision, reinforced with didactic teaching sessions. The primary goals of the clerkship are to:

Course Director
Office: PH8E-105
Phone: Ext. 5-9388
Email: kgn1@columbia.edu
The Medicine clerkship is a ten-week rotation, five weeks of which are spent at The Presbyterian Hospital and a second five weeks at one of the following: Harlem Hospital, Roosevelt Hospital, St. Luke’s Hospital, Stamford Hospital, or the Allen Pavilion. This course emphasizes the integration and application of pathophysiology to the diagnosis and management of patients, as well as the skills of history-taking, physical examination and case presentation. The course is an apprenticeship that focuses on the bedside care of patients. The student will work closely with house staff members and ward attendings - making daily rounds, admitting new patients and caring for them with the team. The student will also participate in Preceptor group - small case-based seminar sessions which meet regularly throughout each of the five week segments of the ten week clerkship.

Course Director
Office: NI 4-428
Phone: Ext. 5-0052
Office: gm317@columbia.edu
The week of Neurological Surgery will acquaint the student with neurosurgical problems and their management, including CNS and spinal cord trauma, spinal herniated disc and degenerative conditions, subarachnoid hemorrhage, extracranial carotid vascular disease, brain tumors and hydrocephalus. Students will observe and/or assist in neurosurgical operations, meet with their attending preceptor for discussion of various neurosurgical topics, evaluate outpatients, and attend educational conferences.

Course Director
Office: NI 308
Phone: ext. 5-5548
Email: bford@neuro.columbia.edu
Students participate directly in the care of patients on the Neurology Services and ambulatory clinics at Columbia University Medical Center and Harlem Hospital Center. Additional learning experiences include general and subspecialty conferences, daily preceptor rounds, weekly didactic sessions that emphasize problem-solving and cover the neurological examination, neurological emergencies, and the interpreting of neuroimaging studies. Students undergoe an observed neurological history and examination, and feedback is provided at the mid-point of the rotation. Students are encouraged to take advantage of the many educational resources of the Department of Neurology. Evaluation is based on all aspects of clinical performance, oral presentations, patient write-ups, a neurology portfolio assignment, and the NBME clerkship shelf exam.

Course Director
Office: PH16-62
Phone: Ext. 5-1217
Email: rr2172@columbia.edu
The Obstetrics and Gynecology clerkship is a five-week rotation which is spent either at the Presbyterian Hospital, St. Luke’s-Roosevelt Hospital Center or Stamford Hospital (Stamford, CT). The main objective is to familiarize the student with the signs and symptoms of normal and abnormal reproductive function and to teach the basic examinations in Obstetrics and Gynecology. The course will emphasize and reinforce skills of taking an appropriate history, performing a physical and pelvic examination, formulating a differential diagnosis, treatment plan and management of patients.
The student may gain exposure to the medical-surgical aspects in the subspecialty areas of gynecologic oncology, reproductive endocrinology and perinatology.
The primary didactic vehicles will consist of formal lectures with assigned readings. Small group preceptor sessions along with conferences will supplement the core.

Course Director
Office: EI 230
Phone: Ext. 5-2303
Email: mll3@columbia.edu
The program consists of eleven hours of clinically-oriented lectures, twenty-five hours of closely supervised instruction in clinical history-taking and ophthalmic examination, two hours in laser photocoagulation, two hours in ultrasonography and twelve hours in the operating theatre. In small groups, students spend three hours in the private offices of attendings. The clinical experience is amplified by student attendance in a variety of subspecialty clinics including laser, retina, neuro-ophthalmology, uveitis, orbit and plastics, glaucoma and pediatric ophthalmology. Students are encouraged to attend seminars and Grand Rounds and an on-call schedule has been devised to enhance clinical exposure. A multiple-choice examination is given based upon formal lectures and assigned readings.

Course Director
Office: PH 11‑1124
Phone: Ext. 5-5475
Email: jh736@columbia.edu
Medical students spend a didactic two-week rotation on Orthopedic Surgery. The primary teacher is an attending, with some lectures and demonstrations by the resident staff. Students attend subspecialty conferences, rounds and patient clinics, and participate in some surgical procedures.
At the end of the rotation, the student should be able to:

Course Director
Office: BHN 5-501
Phone: Ext. 5-8933
Email: jh56@columbia.edu
Students spend one week on the service being introduced to the various aspects of the specialty, including Otology/Neurotology, Head and Neck Surgery, Facial Plastic and Reconstructive Surgery and Pediatric Otolaryngology. Emphasis is placed on developing a basic fund of knowledge in the specialty and in acquiring the skills of the otolaryngologic examination. This is achieved through active participation in patient care in the ENT Clinic and offices, the Speech and Hearing Department and in the operating room.

Course Director
Office: BHN 517
Phone: Ext. 5-7397
Email: am312@columbia.edu
Third year medical students spend five weeks on Pediatrics either at Children’s Hospital of New York or Harlem Hospital. The rotation is divided between inpatient and outpatient experiences. The emphasis is on learning to care for children and families in a variety of patient care settings and developing the clinical skills, diagnostic reasoning, and basic management strategies core to the practice of pediatrics. Attendings and house officers emphasize normal child development as well as the role illness plays in the lives of children and families. Patient care experience is supplemented with daily rounds, conferences, lectures, and case-based seminars.


Course Director
Office: VC 12-271B
Phone: Ext. 5-9107
Email: paj13@columbia.edu
Course Director
Office: P&S 3-401
Phone: Ext. 5-2966 or 5-9585
Email: rjk1@columbia.edu
This five week clinical clerkship provides an exciting opportunity for students to have clinical experiences in ambulatory practices in rural, suburban and urban settings. Students will learn the core skills and knowledge essential to the practice of Primary Care: diagnosis and treatment of common outpatient complaints, management of chronic medical conditions and strategies for health promotion and disease prevention. Students will be precepted by faculty in general medicine, general pediatrics and/or family medicine. The teaching sites for the five-week clerkship are: Bassett HealthCare (Cooperstown, NY), The Tulley Center (Stamford, CT), Stamford Hospital (Stamford, CT), Harlem Hospital Center, Bronx Veteran’s Administration, St. Luke’s/Roosevelt, NY Presbyterian Family Medicine, NH-Dartmouth –Concord, or Indian Health Service sites in Arizona and New Mexico.

Course Director
Office: PI 1st Floor, 1303-D
Phone: 543-5552, 543-5556
Email: cutlerj@pi.cpmc.columbia.edu
Students spend their five-week Psychiatry clerkship assigned to one of the following clinical sites: Presbyterian Hospital/Psychiatric Institute, Creedmoor Psychiatric Center/Presbyterian Hospital, St. Luke’s Hospital or Roosevelt Hospital. All students evaluate and follow patients on inpatient and outpatient services, child psychiatry and the psychiatric emergency room, participating in their patients’ care with close attending and resident supervision. The acquisition of clinical skills is emphasized: conducting an interview to obtain a psychiatric history and mental status examination; organizing, recording and presenting the findings to generate a differential diagnosis; and formulating a treatment plan in accordance with the biopsychosocial model. Seminars complement the clinical experience by enhancing the knowledge base necessary to master these skills.

Director
Office: Milstein 7GS-313
Phone: Ext. 5-3038
Email: mah1@columbia.edu
The clerkship in General Surgery is given ten times continuously through the Calendar year. Students are divided into four groups for their clinical work, presenting the general surgery services in the Milstein, Allen Pavilion, Bassett or St. Luke’s-Roosevelt Hospital. There, in concert with senior and junior surgical house officers, they participate in the care of hospitalized patients. The students are assigned patients for whom they have primary care responsibility, provide day to day follow-up, and participate in operative procedures. Night call is usually every fourth night. A call room is provided in the hospital.
An attending surgeon acts as preceptor for each group, meeting one hour each day, five days a week, and conducts seminars on assigned topics of general surgical interest. Attending specialists are brought in for guest lectures on curriculum topics as well. In addition, there are weekly departmental seminars in Pediatric Surgery, Surgical Radiology and Pathology.
Students are assigned to the emergency room once to learn skills needed to provide care in trauma. Students are also encouraged to participate in the ambulatory surgery clinics which meet daily.

Course Director
Office: 11-1101 Atchley Pavilion
Phone: 212-305-5526
Email: jmm23@columbia.edu
The Urology Clerkship is a two week experience. Common urologic problems will be discussed during lectures and at bedside clinical teaching seminars, in clinics and in the operating rooms.
Emphasis will be placed on recognizing, diagnosing, and teaching common diseases of the genito-urinary system. All students will be assigned patients for individual evaluation. Each student will be required to write a short paper during the rotation.

Course Director
Office: 1051 Riverside Drive, Unit 116
Phone: (212) 543-5748
Email: mjd5@columbia.edu
The goal of Clinical Practice III is to foster the continuing development of the skills of doctor patient communication and professionalism in the context of the third year clinical rotations. Discussion sessions co-led by clinical practice preceptor and clerkship faculty focus on the emerging concept of the doctor-patient relationship (Medicine clerkship), professional values and the “culture” of the operating room (Anesthesiology clerkship), sociocultural assessment (Primary Care clerkship), working with pain and suffering (Obstetrics & Gynecology clerkship), the appreciation of multiple perspectives in situations of conflict (Pediatrics clerkship), and the intense emotional responses in clinical work (Psychiatry clerkship), and further sessions are under development. Students are asked to prepare brief written reflections prior to the shared group reflection.
All third-year students participate in a day-long Clinical Assessment Program designed to evaluate their mastery of the skills of the clinical transaction. Students are excused from their clerkships for the one day during the Spring on which they are assigned to attend the Clinical Assessment (held at a facility at the Mount Sinai Medical School). Using standardized patient methods, each student performs a focused medical evaluation on seven patients. The patients present with symptoms of medical, psychiatric, pediatric, surgical, gynecological, or neurological diseases, and they are seen in such settings as the Emergency Room, the CCU, a private doctor’s office, or a walk-in clinic. In fact, to achieve standardization, all patients are actors who have been coached to portray reliably the clinical aspects of each case.
After the interaction, the student completes questions about the differential diagnosis, tests to be ordered, and given the results of the tests - test interpretation and clinical management. Meanwhile, the patient fills out information about the student’s history-taking skill, performance of the physical examination, and communication skills. The entire proceedings are videotaped for review later by the student and a faculty member. Students generate scores throughout the day on the individual cases as well as the individual skills assessed.
Since the installment of the NBME Clinical Skills Exam in the required Board exams, this exercise has taken on more importance for P&S students. This is the only practice students will receive in taking formal standardized patient examinations, and it should be regarded as valuable preparation for the Step 2 CS exam.
The results of this assessment are not used as a pass/fail exam (as they are in other schools), nor are the results part of the student academic record in the Dean’s Office or the Dean’s Letter or transcript. Rather, P&S believes that the chief dividend is obtained when the student reviews his or her videotape to learn what kind of doctor he or she is becoming, and to receive guided feedback about ways in which to improve clinical performance. Accordingly, once the entire class has completed the assessment, each student must sign up for an hour-long one-on-one review of his or her videotape with a P&S faculty member who has been trained to give feedback on this clinical performance.
Participation in the Clinical Assessment Program is a requirement for promotion to the fourth year, and all Clerkship Directors release students from their clerkship duties on their assigned day. Students who fail to attend the Clinical Assessment on their scheduled day will be required to attend at a later date and to pay the not inconsiderable cost of the assessment themselves.

The fourth year, which extends from July 1 to April 30, consists of one-month electives in any of a wide variety of clinical or basic science courses offered at P&S or other institutions in the U.S. or abroad. The student has the option of taking one month for interviewing for various residency programs and another month as a vacation month. Eight months are required.
While the fourth year is generally elective in nature, it is expected that certain requirements will be met - the first being the completion of at least one intensive advanced clinical clerkship, or equivalent, which will demonstrate the student’s ability safely to care, by themselves, for acutely ill patients 24 hours a day. The second requirement is the completion of one of three “Return to the Classroom” selective months, with lecture/seminar format, which emphasize the foundation of medical knowledge and the critical appraisal of data rather than the day-to-day aspects of patient management. The required “Return to the Classroom” month focuses on one of 3 areas (Clinical Pathology, Pathophysiology, or Pharmacology) and also includes weekly Clinical Practice (CP4) sessions and twice weekly sessions in Biomedical Informatics. The Clinical Practice sessions foster collegial discussion of challenges facing physicians and medicine today. The Biomedical Informatics sessions focus on both concepts and practical skills that will prepare graduating students for the role of informatics in their future clinical careers.
During the third year, the student begins a series of decisions which culminates in a choice of a particular residency program for postgraduate education. During March and April of their third year, the students plan their fourth year elective curriculum. To make the best choices, the students must consider where their interests lie and then decide what to study, at which institution, and at which point in the year.
To help the students become aware of the decisions to be made and the options available, the Senior Associate Dean for Student Affairs (x5-3806) provides information in the form of memoranda and meetings throughout the year. Advisory Deans also provide numerous opportunities for students to meet with and learn about different residencies. At the same time, the student is supported by the class ahead as well as the Dean’s Office.
All fourth year students are required to take the United States Medical Licensing Examination (USMLE II - Clinical Knowledge and Clinical Skills) no later than October 31, 2006. Passing Clinical Knowledge is required of all students for graduation from P&S.
Phone/web registrations are scheduled for April, July, October, and February for fourth year students.
By the start of their fourth year, all students are involved in registering for the National Residency Matching Program (N.R.M.P.), requesting letters of recommendation from the faculty, and researching on-line programs that might fit their needs. At a meeting with the Senior Associate Dean for Student Affairs, the student selects a faculty advisor in the field of medicine in which the student is interested in pursuing a career. With the help of the advisor, the students identify residency programs they may be interested in and follow the necessary procedures for applying.
Most interviewing for residency programs is done during December and January. By the third week in February, the various programs and applicants across the country have ranked each other in order of preference and submitted their rank order lists to the National Residency Matching Program. Each applicant is then matched to the most preferred program on their rank order list that offers him/her a position, and each program matches the most preferred candidates who accept its offer of a position. The final match is announced on Match Day in March of the fourth year.

Course Director
Email: cmp4@columbia.edu
In Clinical Practice IV students return to the classroom for weekly discussions during their Back to the Classroom Selective. Goals of this course are 1.) To provide an opportunity for students to reflect on their profession, their goals, and their training while considering the mission of medicine and what it means to them as individuals. 2.) To encourage habits of open communication between colleagues as they work together to identify and address contemporary challenges in medicine throughout their careers. 3.) To explore major challenges facing medicine today. The four sessions are:
Students are required to complete a total of eight electives. Five of the eight electives must be clinical and five must be completed at Columbia and/or its affiliated hospitals. All students must have one sub-internship/advanced clinical clerkship and one “Return to the Classroom” selective. No more than two months of electives in a particular specialty are permitted.
Students interested in research may spend two or more months on a research project. As recipient of a National Institutes of Health award to encourage student research, P&S is able to offer a number of funded Research Fellowships to fourth year students undertaking a research project. Research programs now underway in P&S are described in Chapter 12.
The College of Physicians and Surgeons, through its affiliated hospitals (Bassett HealthCare, Harlem, Helen Hayes, New York-Presbyterian, Stamford and St. Luke’s-Roosevelt) offers in its Elective Catalog over 300 electives, covering an extraordinary range of areas in both research and clinical medicine.
Web address: http://cpmcnet.columbia.edu/dept/ps/electives
An elective that has grown in popularity with P&S students is the preceptorship, a resurgence of the old apprentice system, whereby a student selects a preceptor in a given field and stays with that person throughout the working day and night, for an entire month. Currently more than four out of every five fourth year students select preceptorships for one or more months. Most of these preceptorships, some 150 months, are in clinical medicine; however, as many as 60 fourth year student-months are spent in research preceptorships.
Focusing on Manhattan’s lower east side, this fellowship, established by the Center for the Study of Society and Medicine at P&S, is designed to help future physicians understand the unique health care plight of immigrants; it encourages them to pursue careers in Primary Care.
Students may spend three months at extramural programs, that is, at Institutions not affiliated with the College of Physicians and Surgeons. Each year, approximately three out of every four P&S students take one or more electives away - at other U.S. medical schools and in countries throughout the world.
The following is a list of international medical schools that have formal exchange programs with the College of Physicians and Surgeons at Columbia University.
| Country | Institution | Web Site |
|---|---|---|
| Armenia | Yerevan State Medical University | http://www.ysmu.am |
| Australia | Flinders University of South Australia University of Sydney |
http://www.flinders.edu.au |
| Chile | Clinica Indisa | http://www.indisa.cl |
| China | Fudan University Guangzhou Medical College Peking University Health Sciences Center |
http://www.fudan.edu.cn http://www.gzhmc.edu.cn email: donzhe@mail.bjmu.edu.cn |
| France | University of Marseille University of Paris (MICEFA) American Hospital in Paris |
http://www.timone.univ-mrs.fr/medecine/index.html http://micefa.org/american/programme/medicine.html |
| Germany | Heidelberg University | http://www.med.uni-hd.de/studiendekanat |
| Ireland | Royal College of Surgeons in Ireland Trinity College |
http://www.rcsi.ie/medical_school/student_electives |
| Israel | Ben Gurion University of the Negev | http://cpmcnet.columbia.edu/dept/bgcu-md |
| Italy | University of Padua | http://www.unipd.it |
| Japan | Keio University Tokyo Women’s Medical University |
http://www.med.keio.ac.jp/index.html http://www.twmu.edu.ac.jp |
| Korea | Hallym University Seoul National University |
http://www.hallym.ac.kr/main.htm http://plaza.snu.ac.kr/~bklife/english/e_index.html |
| Lebanon | American University of Beirut | http://www.aub.edu.lb |
| Romania | University of Bucharest | http://www.unibuc.ro/en/main_desprenoi_en |
| South Africa | University of the Witwatersrand | http://www.wits.ac.za |
| Sweden | Göteborg University | http://www.gu.se |
| Thailand | Chiang Mai University | http://http://www.grad.cmu.ac.th |
| United Kingdom | St. Bartholomew’s and London School of Medicine & Dentistry University of Edinburgh, Faculty of Medicine |
http://www.mds.qmw.ac.uk |
| Venezuela | University of Zulia, Maracaibo | http://www.arg.luz.ve |
Medical students in good standing may register for a limited number of hours in non-medical courses (except during the summer term) in any division of the University, without charge in most cases, if approved by the Senior Associate Dean for Student Affairs.

Two oral and maxillofacial surgery residents per year enter P&S to earn an M.D. degree, then return to complete the Oral/Maxillofacial Surgery Residency Program.
The Oral and Maxillofacial Surgery Residency Training Program is a six year post D.D.S program sponsored by New York Presbyterian Hospital. After completing the first year of training, residents enter P&S and, after two years, earn the M. D. degree. These residents then complete the PGY 1 year in general surgery before returning to the oral and maxillofacial surgery service for the final two years of the program.
The Faculties of Business and Medicine offer a joint program leading to the degrees of Master of Business Administration and Doctor of Medicine. The program is designed for students with an interest in management and health care.
Students must apply separately to and be admitted by both schools. In addition to satisfying MBA requirements, students must be registered for forty-five (45) points at the Business School and spend three terms in full-time residence at the Business School. Students must satisfy all course requirements for the M.D. degree.
Enrollment in the business component of the joint degree program may not begin until after completion of the second year of medical school. Students must begin matriculation at the Business School in January, and are required to do the first two terms there consecutively (Spring and Summer). Both degrees are awarded simultaneously when requirements for each are completed.
The overall objective of the dual degree program is to offer students an opportunity to develop knowledge and skills in both clinical medicine and public health in order to prepare them for an expanding range of opportunities in health and medical care. Students will gain broad insights into community health issues, including environmental concerns, research methods, social and economic aspects of health and health care delivery, preventive approaches to health problems, and evolving health care systems, and will develop special competence in relating the public health and sociomedical sciences to the practice of clinical medicine. Graduates of the program have gone on to careers that combine health care management or research activities with clinical practice in a wide range of specialties.
Students enrolled in P&S must complete thirty five points in public health coursework beyond the points needed for the M.D. degree, and tuition must be paid to the Mailman School of Public Health for at least 30 of these points.
Dual degree applicants must apply to and be accepted in each school separately. The Mailman School of Public Health bulletin and applications are located at: http://www.mailman.hs.columbia.edu/dept/sph.
More information on the dual M.D./M.P.H. degree can be found at: http://www.mailman.hs.columbia.edu/dept/sph/hpm/p_idx.html.
This is a cooperative program sponsored by the Graduate School of Arts and Sciences and the College of Physicians and Surgeons for students who have had a strong undergraduate program in science and have a strong commitment to biomedical research. The program allows students to earn the Ph.D. degree in addition to the M.D. degree.
Students who participate in the program are admitted to the College of Physicians and Surgeons and to the Graduate School of Arts and Sciences.
Students complete the basic science requirements of the medical program and are able to take a graduate school course each semester. They then enter a participating department or interdisciplinary program of the graduate school to carry out the Ph.D. program. The graduate school portion includes a clinical competence course to strengthen the medical decision making process and reinforce pathophysiology and therapeutics. Students then complete the balance of the requirements for the M.D. degree.
| Biochemistry and Molecular Biophysics | Biological Sciences |
| Biomedical Engineering | Biomedical Informatics |
| Cell Biology and Pathology | Chemistry |
| Epidemiology | Genetics and Development |
| Integrated Program in Cellular, Molecular and Biophysical Studies | Microbiology |
| Neurobiology and Behavior | Pharmacology |
| Physiology and Cellular Biophysics | |
For additional information, students should write to Medical Scientist Training Program, Department of Pathology, College of Physicians and Surgeons, 630 West 168th Street, New York, NY 10032.
To apply, students should request an application for the College of Physicians and Surgeons. The application form provides instructions for students applying to the MD/PhD Program, and is available online as well at: http://mdphd.columbia.edu
Three faculty committees are appointed by the Dean to review and evaluate the academic progress of each student:
Each Committee consists of a chairperson appointed by the Dean and the course directors of that segment of the curriculum, and others designated by the Dean.
In order to be promoted to each successive year of the medical curriculum, a student must have passed every section of every course in the preceding year.
At the conclusion of each course, the course director must submit promptly to the Dean’s Office a final grade. In first year the grades are Pass/Fail. In second year the grades may be Honors, Pass or Fail for each student. Additional comments are optional. An additional evaluation form may be used by any course director. This form will be made available to the students at the end of the course for their inspection. The academic progress for each student is reported to the appropriate Class Faculty Committee at each of its meetings.
A grade of Honors indicates an outstanding performance in the course, while a grade of Fail indicates an inadequate mastery of the essential material of the course, as determined by the department or course faculty.
If, during a course, it is determined that a student’s performance is unsatisfactory, and that the student is in danger of failing the course, the course director shall inform the student by email or letter indicating this and offering assistance; copies of these letters are sent to the student’s Advisory Dean and the Senior Associate Dean for Student Affairs. These letters shall not be used for evaluations relating to postgraduate education nor for evaluative purposes other than in the course of origin.
Students are strongly encouraged to attend all classes and small groups at which the synthesis of knowledge occurs. To be promoted to the second year, students must pass each section of each course and all courses in the first year curriculum.
Exams are scheduled by the Committee of First Year Faculty Course Directors in the summer preceding the academic year. Personal events should not be scheduled at the time of exams. There are cumulative exams in the Histology laboratory practical. Make-up exams for exams missed due to acute student illness, family emergency or extenuating circumstances, may be given at the discretion of the Course Director at any time during the academic year, without the approval of the First Year Faculty Committee.
Remediation after failure of an exam or missed exam other than mentioned above, in a course or a section of a course may be offered only after approval by the First Year Faculty Committee. Each student is permitted a maximum of two such course remediations per year. Such re-examinations may be written or oral, at the discretion of the Course Director. A summer make-up course requirement is equal to a make-up exam.
Students who are having academic difficulty will be offered support services that are available in the College, including but not limited to mentoring, consultations to identify potential difficulties which may be contributing to the student’s lack of success, and other services deemed to enhance the student’s opportunity for success.
Final grades in each course will be pass or fail. At the end of the academic year, the First Year Faculty Committee will decide which students are promoted or failed at a meeting of the entire Committee. If a student is deemed to have insufficient knowledge to be promoted to the second year, the First Year Faculty Committee may recommend correction of this perceived deficiency by remediation for a short period and re-examination in the failed course prior to starting the next curriculum, by repetition in a summer course, or by repetition of the entire first year curriculum without exemption from any course. Faculty may terminate the matriculation of any student who does not pass all courses and of any student whom faculty believes to be unprepared to move forward in the curriculum.
Students who are failing at the end of the first semester may, at the discretion of the First Year Faculty Committee, be offered the opportunity to leave the academic program and re-enter the College’s first year curriculum the following academic year after having met requirements of the Committee to correct those factors which may be affecting the student’s performance. Provision of such an opportunity is not automatic.
If a student disagrees with the decisions of the First Year Faculty Committee, the student may appeal that decision to the Committee, accompanied by their Advisory Dean, and another member of the Faculty of the College as advocate.
If the Committee reaffirms their original decision, the student may appeal the decision to the Dean of the Faculty of Medicine, who may refer the matter to the Executive Committee of the Faculty Council.
Students are strongly encouraged to attend all classes. Participation in small groups is mandatory as this is where the synthesis of knowledge occurs.
Exams are scheduled by the Committee of Second Year Faculty Course Directors in spring preceding the academic year. Personal events should not be scheduled at the time of scheduled exams.
To be promoted to the third year, students must pass each section of each course and all courses in the second year curriculum. Re-examination after failure of an exam in a course or a section of a course may be offered only after approval by the Second Year Faculty Committee. Each student is permitted a maximum of two such re-examinations per year, including all courses. Such re-examinations may be written or oral, at the discretion of the Course Director.
Make-up exams for exams missed due to acute student illness, family emergency or extenuating circumstances may be given at the discretion of the Course Director without the approval of the Second Year Faculty Committee.
Students who are having academic difficulty will be offered support services that are available in the College, including but not limited to, mentoring, consultations to identify potential difficulties which may be contributing to the student’s lack of success, and other services deemed to enhance the student’s opportunity for success.
Grades are weighed by the number of hours in each course. Final grades in each course will be pass, honors or fail. At the end of the academic year, the Second Year Faculty Committee will decide which students are promoted or failed at a meeting of the entire Committee. If a student is deemed to have insufficient knowledge to be promoted to the Major Clinical Year, the Second Year Faculty Committee may recommend correction of this perceived deficiency by remediation for a short period and re-examination in the failed course prior to starting the next curriculum, or by repetition of the entire second year curriculum without exemption from any course.
Students who are failing at the end of the first semester may, at the discretion of the Second Year Faculty Committee, be offered the opportunity to leave the academic program and recommence the second year curriculum the following academic year after having met requirements of the Committee directed to correcting those factors which may be affecting the student’s performance. Provision of such an opportunity is not automatic. Students who are failing several courses at the end of the first semester may be dismissed at the end of the first semester with termination of the student’s matriculation and without the opportunity to re-enter the second year curriculum.
If a student disagrees with the decisions of the Second Year Faculty Committee, the student may appeal that decision to the Committee, accompanied by their Advisory Dean, and another member of the Faculty of the College as advocate.
If the Committee reaffirms their original decision, then the student may appeal the decision to the Dean of the Faculty of Medicine, who may refer the matter to the Executive Committee of the Faculty Council.
At the end of the academic year, the final grades for all courses in that year are reviewed by the Class Faculty Committee. If a student has failed one course, the Class Faculty Committee will determine how that failure can be corrected, that is either:
Re-examination after failure of a course shall be undertaken only after completion of the academic year and on the recommendation of the Class Faculty Committee.
If a student has failed more than one course, the respective Class Faculty Committee, after considering the student’s total academic performance for the year, will decide whether re-examinations will be permitted, whether remedial work or courses will be acceptable, or whether the year will be considered to have been failed. In the event of the latter, the Committee may then recommend either repetition of the year or termination of matriculation at the College.
Remedial work in courses may be offered at the discretion of the department. Remedial work to correct a course failure is at the direction of the Class Faculty Committee on the recommendation of the department.
If a student questions the recommendation of a Class Faculty Committee, a request for reconsideration may be made to the chairperson of the Committee, who will arrange a meeting of the Committee at which the student and his/her Advisory Dean and/or another member of the medical school faculty may appear. If a student is dissatisfied with the decision of the Committee on appeal, he or she may request a review by the Dean and the Executive Committee of the Faculty Council.
Students may be promoted to the next year on monitored academic status as deemed necessary by the Class Faculty Committee for any reason the Committee judges sufficient. Monitored status entails regular review of a student’s performance in each course during the following year to identify early any potential problems. Course directors may then intercede with tutors, guidance and other support systems to improve the student’s learning experiences and ensure their academic success.
The Clinical Faculty Committee evaluates the progress of students in the clinical years and is responsible for the certification of students for the Doctor of Medicine degree. In evaluating the progress of students in the clinical curriculum, the overriding concerns of the Committee are the welfare and lives of patients. Decisions on termination of matriculation, repetition of a year, or part thereof, or delay in graduation are made only after thorough review of the student’s record and appraisal of the student’s professional behavior and potential for satisfactory performance.
All P&S courses in the clinical curriculum are graded for the University Transcript on an Honors-Pass-Fail system. The course evaluation form also asks for faculty to provide a rating of Honors, High Pass, Pass, Low Pass and Fail. The course evaluation form asks faculty to describe the components of total performance and to do so with frankness. Common descriptive terminology is essential in the development of an informative and useful narrative record of student performance.
Readers of an academic record should be able to develop a clear picture of performance trends and levels. Critical in the student’s quest for post-graduate placement is the Dean’s letter, called the Medical Student Performance Evaluation, which is constructed from the complete academic record. The language of this record must be understandable to those writing letters in order that they may convey to program directors an accurate description of the student’s performance. The Committee encourages faculty to take all necessary steps to provide narrative evaluations which fulfill this purpose.
In order to be promoted to the elective curriculum, a student must pass all required clerkships of the Major Clinical Year. Failure of more than one clerkship, or evidence of a weak overall record may lead to failure of the Major Clinical Year. One or more grades of Low Pass, problems with professionalism, or a combination of these are evidence of weak performance.
If a student fails a clerkship, the Committee will require repetition of that clerkship. If a student fails more than one clerkship, the Committee may declare a failure of the Major Clinical Year. A weak overall record, as described above, may also lead to a failure of the Major Clinical Year. Consistent problems with professionalism may also lead to failure of the Major Clinical Year.
Decisions of the Committee will be reached after a thorough consideration of the reasons for failing performance(s) and after a review of the student’s total academic record. The number and duration of clerkships failed will be important factors in the Committee’s considerations. Failure of the Major Clinical Year may result in:
Students required to repeat a year of the curriculum must pay full tuition and fees.
In the fourth year the Committee reviews all elective/selective course failures and weak elective/selective performances. If a student fails an elective/selective course, the Committee will require repetition of the same course or the undertaking of a comparable academic program. If a student fails two elective/selective courses, the Committee may declare the fourth year a failure. The Committee may terminate the student’s matriculation or delay graduation until the student has acquired requisite knowledge and skills in programs designed and monitored by the Committee. If a student fails an elective course which has been directed by the Committee for correction of deficiencies noted in a clerkship performance, the Committee may, after thorough consideration of the academic record, terminate the student’s matriculation or delay the student’s graduation.
The Committee encourages course directors to provide students with clear statements of objectives and performance expectations in each required clerkship and in each elective course. Students should be advised in a clear and timely fashion of deficiencies in performance during the course of each academic program. Mid course feedback is required with signed acknowledgement by the student. Faculty should recommend the steps needed to strengthen performance and should assist students in the achievement of performance expectations. In the clinical curriculum, discussions between students, preceptors (attendings) and course directors should generally take the place of warning letters comparable to those sent in the basic science curriculum. If a student fails to appreciate the seriousness of his/her academic problems and fails to take the recommended steps to correct performance, the course director may elect to send the student an official warning letter.
United States Medical Licensing Examination, USMLE
In order to graduate P&S, students must pass USMLE Step 1 and Step 2 Clinical Knowledge Exams. Step 2 Clinical Skills Exam must be taken, but students in the Class of 2007 will not be required to pass it in order to graduate. The deadline for taking Step 2 Clinical Knowledge and Clinical Skills Exams is October 31. The Clinical Faculty Committee will delay the graduation of any student who has failed to pass Steps 1 and 2 Clinical Knowledge. The Committee will facilitate the student’s efforts in preparing for re-examination after failure on a United States Medical Licensing Examination. If a student fails to pass one or more of these Steps on routine re-examinations, the Committee may terminate the student’s matriculation. Students may have a maximum of three attempts on each part. Failure of USMLE Step 1 or 2 CK on three attempts will result in termination of matriculation. Students must pass Step 1 and 2, including CS, to be eligible for Step 3, which is taken during residency.
Graduation
Before certifying students for the Doctor of Medicine degree, the Committee must be assured that students have acquired the knowledge, skills, and attitudes essential for the safe assumption of responsibility for patient care in postgraduate education. The Committee will not certify for graduation any student whom it believes to be unsuited for the practice of medicine.
Appeal Mechanisms and Monitored Status
This is the same as above under First and Second Year Class Faculty Committees.
P&S expects that all candidates for the M.D. degree will normally be in attendance during consecutive periods until completion of the requirements for the degree. A leave of absence at the request of a student may be granted by the Senior Associate Dean for Student Affairs. Requests for leaves must be submitted in writing to the Dean stating the reasons for the requested leave and the anticipated date of return. Leaves of absence will be granted by the Dean only in exceptional circumstances to students who have not completed the first semester.
A leave of absence may be granted if a student is unable to continue medical studies because of illness or emergency family problems. For medical or psychiatric illnesses, documentation determined to be appropriate by the Office of the Dean must be submitted.
Students in their first semester of first year who are required to take a leave of absence or who have been approved for a requested leave of absence during first semester may be required by the Dean to receive review and approval from the Committee on Admission prior to resuming their studies. Such review does not guarantee readmission. Students approved for readmission will start at the beginning of the first year curriculum.
Leaves of absence for military service are granted if the student is called or ordered to active duty or conscripted. A student seeking such a leave should contact the Dean.
In most cases, leaves are granted for a maximum of one year. Extensions for extended military service or continued recuperation from illness may be granted on a case by case basis. After two years, a student on a leave of absence may have their matriculation terminated; the student would be permitted to apply for readmission at a later time.
The Dean may stipulate conditions for the granting of a leave and for students on leave, the Dean may stipulate conditions for return, including an administrative evaluation described in this handbook on page 98 and/or a review by the admissions committee or appropriate faculty committee.
Granting of the degree, M.D., signifies that the holder is a physician prepared to enter postgraduate education for the eventual practice of Medicine and to care for all patients. First Year Faculty, Second Year Faculty, and Clinical Faculty Committees of the College of Physicians and Surgeons oversee the progress of students in the College of Physicians and Surgeons.
This Faculty must be assured that students display good judgment, a sense of responsibility and morality, sensitivity and compassion for patients and individual needs, along with the ability to synthesize and apply knowledge, and to demonstrate that they are capable of becoming safe, effective physicians. Safety in the care of patients is the overriding concern of the Faculty of Medicine at P&S. These Faculty Committees have the final decision on a medical student’s suitability for the practice of Medicine.
The Office of the Dean of the Faculty of Medicine, acting either on behalf of a faculty committee or its own behalf may request, at any time an administrative evaluation of a P&S student by a consulting psychiatrist or other mental health professional chosen by P&S. This evaluation serves to address academic, personal, and/or behavioral concerns that may have been brought to the attention of the Dean’s Office. A failure to comply with a request for an administrative evaluation may affect a student’s academic status within P&S. The content of the evaluation is confidential and is not available to the student. It may be shared with those administrators and faculty that the Office of the Dean deems appropriate.
Taken from Recommendations and Guidelines for Students from the Organization of Student Representatives (AAMC)
Students are expected to demonstrate dedication to acquiring knowledge, skills, both cognitive and non-cognitive, and attitudes necessary to provide competent medical care. Students are expected to be responsible for their medical education and take an active role in the planning of their medical education. A student shall be dedicated to providing competent medical service with compassion and respect for human dignity. In all instances, the student must maintain the dignity of the person, including respect for the patient’s modesty and privacy.
Students should maintain a neat and clean appearance, and dress in attire that is generally accepted as professional by the patient population served.
Under pressure of fatigue, professional stress or personal problems, students should strive to maintain composure. The student should seek supportive services when appropriate.
Professional relations among all members of the medical community should be marked with civility. Thus, scholarly contributions should be acknowledged, slanderous comments and acts should be avoided, and each person should recognize and facilitate the contributions of others to the community.
The medical student will deal with professional, staff and peer members of the health team in a cooperative and considerate manner.
Medical students who fail to maintain the highest degree of personal and professional integrity or whose behavior is not in keeping with achieving both cognitive and non-cognitive skills will be subject to review, disciplinary action and possible dismissal from the College of Physicians and Surgeons.
Violations of these standards are considered to be very serious breaches of professional conduct. Examples of such violations include substance abuse, harassment of patients, faculty, staff or other students, breach of patient confidentiality, falsification of records, unexcused absence, refusal to participate in the care of a patient, and abuse of civil law, hospital rules and University rules governing conduct. Examples of abuse of civil law include sexual harassment, assault, or any other unprofessional behavior. Students must obey all civil laws at all times. Behavior both inside and outside the institution will be held to the same high standards.
Students must be punctual and reliable and maintain a neat and clean appearance with dress and attire that is accepted as professional. Students shall be punctual, reliable and conscientious in fulfilling their professional duties, including attendance at lectures, examinations and all parts of all clinical clerkships.
The policies and procedures set forth in this section are presented in their entirety in FACETS, http://www.columbia.edu/cu/facets, and are excerpted here as an overview for student reference. P&S students, faculty, and staff are expected to abide by all University Regulations, including those set forth in FACETS.
This handbook is intended for the guidance of persons applying for or considering application for admission to Columbia University and for the guidance of Columbia students and faculty. The handbook sets forth in general the manner in which the University intends to proceed with respect to the matters set forth herein, but the University reserves the right to depart without notice from the terms of this handbook. The handbook is not intended to be and should not be regarded as a contract between the University and any student or other person.
According to University regulations, each person whose registration has been completed will be considered a student of the University during the term for which he or she is registered unless the student’s connection with the University is officially severed by withdrawal or otherwise. No student registered in any school or college of the University shall at the same time be registered in any other school or college, either of Columbia University or of any other institution, without the specific authorization of the dean or director of the school or college of the University in which he or she is first registered.
The privileges of the University are not available to any student until he or she has completed registration. A student who is not officially registered for a University course may not attend the course. No student may register after the stated period unless he or she obtains the written consent of the appropriate dean or director.
The University reserves the right to withhold the privilege of registration or any other University privilege from any person with an unpaid debt to the University.
With the passage of the Higher Education Amendments of 1992 (Public Law 102-325), the University is required to implement a refund policy for students who do not register or who withdraw or otherwise fail to complete an enrollment period. Refunds are a percentage of charges (including tuition, dining, and housing) assessed to the student based on the date of the student’s last day of attendance (separation) as reported by the Dean of the School. All students will be charged a withdrawal fee of $75. A refund calculation will be based on the last day of attendance; however, a student may be charged for services (e.g., housing, dining) utilized after the last day of attendance. These charges should not be paid with Title IV funds.
Certain fees are not refundable; fees for services used prior to withdrawal, for materials and equipment purchased, for services that continue to be available after withdrawal, and fees paid to outside entities generally will not be refunded.
Fees not subject to refund include: health service, medical insurance/Blue Cross, course-related fees (labs, etc.), materials fee, international student services charge, late registration fee, late payment fee, finance charges, computer fee, withdrawal fee.
| First week 100% | Sixth week 60% |
| Second week 90% | Seventh week 60% |
| Third week 80% | Eighth week 50% |
| Fourth week 80% | Ninth week 40% |
| Fifth week 70% | After ninth week no adjustment |
Students will not be entitled to any portion of a refund until all Title IV programs are credited and all outstanding charges have been paid. Please note: A separate financial aid refund calculation will be made after tuition and fees have been adjusted. Once calculated, financial aid refunds will be credited in the following order: Federal Stafford Loans, Federal Unsubsidized Stafford Loans, Federal Supplemental Loan to Students (SLS), Federal PLUS Loans (when disbursed through the University), Federal Perkins Loan, Federal Pell Grant Program, Federal Supplemental Educational Opportunity Grant Program, other Title IV programs, non-Title IV funds, and, finally, any remaining credit balance to the student.
All students withdrawing from their programs or taking a leave of absence must complete a Registration Withdrawal/Leave of Absence form, which must be signed by the Dean of Students and the Office of Student Administrative Services located at 1-141 Black Building.
The continuance of each student upon the rolls of the University, the receipt of academic credits, graduation, and the conferring of any degree or the granting of any certificate are strictly subject to the disciplinary powers of the University.
The Rules of University Conduct (Chapter XLIV of the Statutes of the University) provide special disciplinary rules applicable to demonstrations, rallies, picketing, and the circulation of petitions. These rules are designed to protect the rights of free expression through peaceful demonstration while at the same time ensuring the proper functioning of the University and the protection of the rights of those who may be affected by such demonstrations.
The Rules of University Conduct are University-wide and supersede all other rules of any school or division. Minor violations of the Rules of Conduct are referred to the normal disciplinary procedures of each school or division (“Dean’s Discipline”). A student who is charged with a serious violation of the Rules has the option of choosing Dean’s Discipline or a more formal hearing procedure provided in the Rules.
All University faculty, students, and staff are responsible for compliance with the Rules of University Conduct. Copies of the full text are available in FACETS, the University student handbook, http://www.columbia.edu/cu/facets/ and at the Office of the University Senate, 406 Low Memorial Library.
The University abides by the provisions of the Federal Family Educational Rights and Privacy Act of 1974. This act ensures a wide range of rights, including but not limited to: information about student records that the University maintains, who maintains them, who has access to them, and for what purposes access is granted. The act also permits the University to release “directory information” without a student’s consent. In addition, the act guarantees students access to their records and restricts the access of others.
Students at Columbia University Medical Center may restrict access to their directory information at the Registrar’s Office located in 1-141 Black Building. The guidelines are available on ColumbiaWeb and in FACETS, the University student handbook, http://www.columbia.edu/cu/facets Questions about the interpretation of the guidelines should be referred to the University’s General Counsel, 412 Low Library.
To comply with current and anticipated Internal Revenue Service mandates, Columbia University requires students who will be receiving financial aid or payment through the University payroll system to report their Social Security number at the time of admission. Newly admitted students who are eligible but do not have a Social Security number should obtain one well in advance of their first registration.
Columbia University, recognizing the increasing need for electronic communication with students, has established email as an official means of communication with students.
An official Columbia University email address is required for all students. The University has the right to send official communications to the University email address, which is based upon the University Network ID (UNI) assigned to the student.
The University expects that every student will receive email at his or her Columbia University email address and will read email on a frequent and consistent basis. A student’s failure to receive and read University communications in a timely manner does not absolve that student from knowing and complying with the content of such communications.
Students may elect to redirect (auto-forward) email sent to their University email address. Students who redirect email from their official University email address to another address do so at their own risk. If email is lost as a result of forwarding, it does not absolve the student from the responsibilities associated with communications sent to their official University email address.
All use of email will be consistent with other Columbia University policies including the Acceptable Use Policy; http://www.columbia.edu/cu/policy.
Peer-to-peer file sharing technology has made it much easier for individuals to make and share unauthorized copies of copyrighted works, such as music, games, and motion pictures. Such activity is against the law and exposes both the individual and the University to legal liability. Students are legally liable if they download music, movies or other files without permission from the copyright owner. All network users must comply with federal copyright law. Violations of copyright law are also violations of University policy. By using University electronic resources and services, whether from the library, a lab, a public workstation, or residence, etc., students assume personal responsibility for appropriate use and agree to comply with all relevant University policies, as well as State and Federal laws and regulations. Violations of these policies are handled by the Office of Student Affairs; suspension of computing privileges is immediate until the Dean has addressed the matter with the student. Repeat infractions can lead to dismissal.
Columbia University is committed to providing a learning environment free from unlawful discrimination and to fostering a nurturing and vibrant community founded upon the fundamental dignity and worth of all of its members. Consistent with this commitment and with applicable laws (including those listed below), it is the policy of the University not to tolerate unlawful discrimination in any form and to provide students who feel that they are victims of discrimination with mechanisms for seeking redress.
Columbia University does not discriminate against any person in the administration of its educational policies, admissions policies, scholarship and loan programs, and athletic and other University-administered programs or permit the harassment of any student or applicant on the basis of race, color, sex, gender, pregnancy, religion, creed, marital status, partnership status, age, sexual orientation, national origin, disability, military status, or any other legally protected status.
Nothing in this policy shall abridge academic freedom or the University’s educational mission. Prohibitions against discrimination and discriminatory harassment do not extend to statements or written materials that are relevant and appropriately related to the subject matter of courses.
Columbia University’s educational mission is promoted by the professionalism in its faculty-student and staff-student relationships. Faculty and staff are cautioned that consensual romantic relationships with student members of the University community, while not expressly prohibited, can prove problematic. While some relationships may begin and remain harmonious, they are susceptible to being characterized as non consensual and even coercive. This sometimes occurs when such a relationship ends and is exacerbated by the inherent power differential between the parties. A faculty or staff member involved in a consensual relationship with a student is expected to remove him/herself from academic or professional decisions concerning the student. This expectation arises because the relationship may impair, or may be perceived as impairing, a faculty or staff member’s ability to make objective judgments about that student. The Provost has authorized some departments and schools to adopt more restrictive policies, given the special nature of the relationship between their students and faculty or staff. Individuals are, therefore, encouraged to contact their department head if they have any questions about whether a more restrictive policy applies to them. Departments that wish to establish more restrictive policies should contact the Associate Provost for Equal Opportunity and Affirmative Action before implementation. Should a romantic relationship with a student lead to a charge of sexual harassment against a faculty or staff member, the University is obligated to investigate and resolve the charge in accordance with the Equal Employment Opportunity and Nondiscrimination Policies and Procedures on Discrimination, Discriminatory Harassment and Sexual Harassment. Questions regarding this Advisory Statement may be directed to Susan Rieger, Office of Equal Opportunity and Affirmative Action, 103 Low Memorial Library, Mail Code 4333, 535 West 116th Street, New York, NY 10027; 212-854-5511.
The Faculty of Medicine reserves the right to dismiss or to deny admission, registration, readmission, or graduation to any student who in the judgment of the Faculty of Medicine is determined to be unsuited for the study or practice of Medicine.
A student charged with a disciplinary infraction subject to “Dean’s Discipline” is entitled to notice of the charges, an opportunity to be heard and an opportunity to appeal a disciplinary decision to the Dean of the College of Physicians and Surgeons*.
Ordinarily, a disciplinary proceeding begins with a written communication from the Office of the Dean of Students requiring the student to attend a disciplinary hearing to respond to a specified charge. (In rare cases, the proceeding may begin with an oral communication requiring the presence of the student at a hearing.) The hearing is held before the Senior Associate Dean for Student Affairs and two other members of the Faculty of the College of Physicians and Surgeons, appointed by the Dean of the College of Physicians and Surgeons. The hearing is a fact-finding, not an adversarial courtroom-type, proceeding; the student need not be present to hear other witnesses and there is no formal cross examination of witnesses or objecting to evidence. In addition, although students are always free to consult an attorney, they may not have an attorney present during a disciplinary hearing or at any appeal.
The student is informed of the evidence that led to the charges against him or her and asked to respond. The student may offer his or her own evidence. This includes the student’s own appearance at the hearing and may include the appearance by others (witnesses) on his or her behalf and any written submission or relevant documents the student may wish to submit.
After the Office of the Dean of Students has heard the student and others and considered all the evidence, it reaches a determination and notifies the student in writing of that decision. If the student is found to have committed a disciplinary infraction, the penalty can include censure, probation, suspension and dismissal.
The student has the right to appeal a decision that results from a disciplinary hearing to the Dean of the College of Physicians and Surgeons and Executive Committee of the Faculty Council. The appeal must be made in writing within seven days of the time he or she is notified of the decision, and it must clearly state the grounds for appeal. Such appeal should be sent to the Dean at P&S 2-401.
Normally, on such an appeal, the Dean of the College of Physicians and Surgeons relies solely upon the written record and does not conduct a new factual investigation. Moreover, the Dean focuses upon whether, in the Dean’s view, the decision made and the discipline imposed are reasonable under all of the circumstances of the case. There is no further appeal within the University.
*The University-wide Rules of University Conduct govern conduct incident to demonstrations, rallies and picketing and may displace “Dean’s Discipline” in cases of serious violations.
The federal government has issued regulations that provide for confidentiality in the handling of protected health information. These regulations govern how patient information is managed by everyone in the health care field, including hospitals, billing offices, clinical research laboratories, and anyone else who might have access to this confidential material, including students. The regulations govern behavior in the hospital, in clinics, in physicians’ offices, and clinical and research laboratories.
An education program is in place for all Columbia physicians, students and staff to bring the University into compliance with the new regulations. Students must comply with these regulations.
As members of the Columbia community all must comply with the University’s computer and network use policy. Copying, storing, displaying or distributing copyrighted material using University systems or networks without the express permission of the copyright owner, except as otherwise allowed under the copyright law, is prohibited. Under the Federal Digital Millenium Copyright Act of 1998, infringements of copyright by a user can result in termination of the user’s access to University systems and networks.
Bandwidth consumption that file sharing programs exert draws on the Columbia University Medical Center network. The network’s goal is to serve the needs of the hospital, research and teaching. One of the major systems used by the hospital is WebCIS (Web-based clinical information system). It is a sophisticated clinical repository browser with capabilities to store and display information from a multitude of departments. This program plays an integral role in the delivery of excellent health care. An increase in network congestion inevitably results in a delay in the delivery of patient care.
This frustration is also felt by the research and teaching departments. They depend on an unhindered network connectivity to conduct everything from scientific data searches to the running of video conferencing. Not only is one compromising the security of their own computer as well as increasing the vulnerability of the university network to hackers, but the act of file sharing copyrighted material from unauthorized sources is unethical and against the law. Breach of Columbia University policy will result in immediate disconnection of the I.P. of the offending party. A second such offense may result in termination of matriculation.
Each third year student is assigned an individual confidential access code permitting access to clinical data, as well as library resources and administrative information, from work stations throughout the hospital and medical school.
Third year students have complete, although audited, access to all clinical data. Students’ ability to access this confidential information is a privilege granted to them in order to provide good patient care in the least intrusive, most effective manner. Utilization of this privilege to access this information for any other reason is a breach of ethical conduct and is illegal.
This is true of all patient information whether or not the patient has a special relationship to the institution, as often indicated on computer screens, and regardless of the source of the patient information, e.g., charts, x-rays, lab data, computer prints, etc.
There is a specific computer screen which appears when an individual attempts to access information of an individual who has a special relationship to the institution. That screen must be overridden to continue in the quest of information. If an individual overrides that screen without the need to know, they have breached the privilege granted them.
When a student is provided with an access code for the patient information system, they sign a legal document that states they will use this information only to provide patient care and in the context of the need to know. Any attempt to access patient information without the need to know will be dealt with severely, including termination of matriculation at the College of Physicians and Surgeons.
A pregnant medical student should perform all normal duties during her clinical rotations with the following provisions:
Medical Sales Representatives are defined as vendors’ representatives who promote pharmaceutical products or medical supplies or equipment, often referred to as “pharmaceutical detail people”. To do business with New York-Presbyterian Hospital MSR’s must register with the Purchasing Department located at 333 East 38th Street.
As students will encounter patients from diverse groups, their personal appearance becomes an important part in establishing rapport with each patient. Therefore, the therapeutic alliance must be secured before initial verbal interaction has occurred. Student/physicians should place the patient’s needs first even if this necessitates curtailing some aspects of one’s individual expression.
The principle, “first do no harm,” is the basis for control of scrub suit use. As blue scrub suits are worn near patients, they must never be the vehicle of infection for a patient. The only way to assure infection is not carried to patients is to restrict use of blue scrub suits to contiguous areas of direct patient care, i.e., in hospital patient care units.
Blue scrub suits are therefore permitted only in these direct patient care areas.
All student I.D. badges must carry the term “Medical Student” in prominent letters, and the badge must be worn in a visible site.
Attendings and residents must introduce the student to a patient as a medical student (e.g., “This is John Doe, your medical student”), and the student is to introduce himself or herself similarly.
The Faculty of the College of Physicians and Surgeons has reaffirmed that all students take care of all patients and that providing care is in the normal course of their education.
The Faculty upholds the principle that no physician or physician-to-be, can refuse to treat, or participate in the treatment of a patient with any special disease. Refusal to participate in the treatment of a patient with a special disease will invariably lead to an administrative review of the possible reasons (and there will be few) for refusal and is likely to lead to termination of the student’s matriculation at the College of Physicians and Surgeons. All students must observe all existing guidelines for precautions to be observed in the care of patients.
Limiting required duty hours does not imply that medical students must cease providing essential patient care services at arbitrary cut-off times. Priority must always be given to patient safety and well-being and to avoiding transferring patient care responsibilities to others at inappropriate times in the continuum of care (e.g., during an operative procedure, in the midst of a rapidly evolving clinical event). A tired medical student who is intimately familiar with a sick patient is often better able to provide quality care than is a fully rested medical student who is unfamiliar with the details of the case.
Taken from:AAMC Policy Guidance on Graduate Medical Education- Assuring Quality Patient Care and Quality Education and adapted for medical students.
The following policies and procedures governing faculty and staff conduct in the teacher-learner relationship have been adopted by the Executive Committee of the Faculty Council in accordance with the new accreditation requirement of the Liaison Committee on Accreditation of Medical Education. They are in three parts: (I) Standards for Conduct in the Teacher-Learner Relationship; (II) Procedures for Reporting and Investigating Violations; and (III) Requirements for Dissemination and Education.
As a medical school which trains women and men who will be entrusted with the lives and well being of others, P&S is aware that it bears a special responsibility to assure that it’s students learn in an environment that fosters mutual respect and the values of professionalism, ethics and humanism in the practice of medicine. An environment conducive to learning requires that faculty, students and administrative and support staff treat each other with civility. The members of the faculty, however, bear special responsibility to assure that students are treated fairly and with respect in all settings where students are educated: the classroom, the laboratory, on patient rounds, at the bedside, in the operating room. Whether they wish to or not, faculty are the individuals on whom students model their own behavior. In addition, they often hold the key to students’ career advancement through their control of student evaluations and references.
Special care must be taken by faculty not to abuse the authority they exercise in the educational setting, to treat all students fairly, and to avoid exploiting or appearing to exploit their students. The quality and worth of a Columbia medical education rests not only in the excellence of the content and the skills that are taught, but in the examples provided of humane and ethical physicians and scientists who respect their colleagues in health care delivery, patients and one another. There is no place in the College of Physicians and Surgeons for incivility, verbal or physical abuse, exploitation or mistreatment of students or one another. Personal humiliation and the use of psychological or physical punishment are unacceptable as teaching methods.
Increasingly, the CUMC community is a diverse body of faculty, students and staff, and it is the expectation of the College that everyone will carry out their responsibilities in a manner that is professional and respectful of this diversity. This expectation extends also to residents, nurses and other health professionals in the medical center who because of their roles in the delivery of health care participate in the process of educating future physicians.
The following are examples of behaviors that P&S considers unacceptable:
Students are also expected to be respectful of one another and of the faculty, staff and support staff that they encounter in the classroom and the clinical setting.
The following procedures apply to students enrolled in the MD program or in the MD/PhD program during their MD years. Students enrolled in other Schools and programs should refer to their Office of Student Affairs for information and direction. Students enrolled in the biomedical PhD program through the Graduate School of Arts and Sciences should follow the procedures established by that School which are available through the Office of Graduate Student Affairs.
P&S believes that the standards of appropriate conduct in the educational setting are generally respected and practiced throughout the Columbia University Medical Center and the College of Physicians and Surgeons. P&S recognizes, however, that there are occasions when the intensity and pace of study and work, and the differing expectations that members of it’s pluralistic, diverse community bring to their work and study, may lead to perceived or to real incidents of inappropriate behavior on the part of faculty towards students. When this happens, P&S is committed to establishing the facts through a fair process which respects the rights and confidentiality of the involved parties. This process will be the responsibility of a faculty Committee on Civility in the Learning Environment which will be chaired by a faculty member appointed by the Vice-President/Dean.
Students who wish to come forward and report inappropriate behavior on the part of a faculty or staff member may do so without fear of retaliation or reprisal, and with the assurance that complete confidentiality will be maintained unless the situation is such that there is a potential of immediate harm to the student or others.
In reporting such violations there are a number of avenues that students can follow.
Discriminatory Behavior, Sexual or Physical Harassment:Students who experience behavior they believe to be discriminatory, or who are the subjects of sexual or physical harassment should consult the University guidelines and procedures established for handling these complaints and contact the University offices designated to work with students on these issues. These guidelines and procedures are published annually in FACETS, the University’s Student Handbook, and can also be found on the Provost’s website. Students who wish to report other incidents of inappropriate behavior may do so to the Dean of Students; the Dean of Diversity and Minority Affairs; the Director of the Center for Student Wellness; the University Ombudsperson; a Special Advocate (see below) or to the Chair of the Committee on Civility in the Learning Environment.
The Committee will conduct its inquiry with fairness and with respect for the confidentiality of all parties. Its findings will be presented in the form of a written report to the student, the faculty member and the Dean who may refer it to the Executive Committee of the Faculty Council. Recommendations for appropriate action may be made consistent with Columbia University Policies and Statutes.
The Committee on Civility in the Learning Environment will also advise the Vice-President/Dean on any measures that, in their judgment, need to be taken to reinforce the standards of conduct.
P&S realizes that it is not enough to simply articulate a policy. That policy must be widely circulated to students, faculty and staff and reaffirmed and reinforced through continuing and continuous education in a number of venues.
All medical students will receive a copy of the Standard and Procedures upon registering and it will be discussed during orientation, class meetings and in the monthly meetings of student representatives with the Dean. The Standard and Procedures will be prominently posted, together with the names of the special advocates, on the websites and bulletin boards where students receive their information.
Each course director, clerkship director and residency director will be responsible for seeing that the Standard and Procedures are made known to their teaching faculty and to all students at the start of each course, clerkship or rotation. Chairmen and Directors will be responsible for seeing that the policy and procedures are known to their faculty and discussed at departmental/center meetings and that it is discussed at all orientations of ward attendings and house staff.
The Committee on Civility in the Learning Environment will be responsible for recommending to the Vice-President/Dean further steps to foster an environment conducive to learning. The Special Advocates will meet as a group periodically with the Vice-President/Dean to assess their experiences (with no discussion of specific cases) with a view to seeing whether any patterns or problems have emerged that may need to be addressed on a school-wide basis.
The School will continue to develop and foster educational programs as needed and as experience under this policy dictate.
Either the student or the faculty member may appeal the decision of the Dean to the Provost. Findings of fact, remedies granted the student and penalties imposed on the faculty member are all subject to appeal. A written appeal must be submitted to the Provost within 15 working days of the date of the letter informing them of the Dean’s decision.
Normally the Provost takes no longer than 30 working days to evaluate an appeal. The Provost usually confines his or her review to the written record but reserves the right to collect information in any manner that will help to make his or her decision on the appeal.
The Provost will inform both the student and the faculty member of his or her decision in writing. If the Provost decides that the faculty member should be dismissed for cause, the case is subject to further review according to the procedures in Section 75 of the University Statutes, as noted above. Otherwise, the decision of the Provost is final and not subject to further appeal.
| Patients’ Rights | Students’ Code of Conduct | Behavioral Examples |
|---|---|---|
| The patient has a right to know who the provider of care is. | The student should dress professionally, wear a name tag (specifying name and medical student), and introduce him/herself. | Unless told otherwise, the patient will assume the provider is a physician. |
| The patient has the right to be addressed by his or her name. | The student should address the adult patient by the surname, the child by the first name. The student may also address adult patients by Ms. or Sir. |
Do not use patronizing titles, e.g., grandpa, mom, dear, cutie, etc. |
| The patient has a right to know what to expect during the interview and to refuse to answer questions. | The student should preface questions about sensitive issues. | e.g., “I need to ask you certain questions about…” |
| The patient has the right to be interviewed and examined in a comfortable, professional environment. | The student should appear respectful and empathic. | Put patient at ease. Watch your body language: sit down, appear relaxed and talk to patient at eye level. Avoid threatening behaviors such as hovering or staring. Avoid casual touching, e.g., hands on back or shoulder of patient. |
| The patient has a right to know what to expect during the physical examination and to refuse to be examined. | It should be explained to the patient what part of the body will be examined (before undressing). | No peeking techniques, e.g., pulling up bra to examine heart or Tanner staging. No surprises. Always warn: “I will now examine your groin area for lymph nodes.” |
| The patient has a right to modesty. | The patient should be given a gown and privacy to undress. | Do not undress or help undress patient, regardless of age. |
| The patient has a right to a chaperoned examination. No female medical student may examine a male patient alone. No male medical student may examine a female patient alone. | All pelvic exams must be chaperoned. For all other examinations the patient should be asked if they would like someone else in the room. | e.g., “Do you want your mother or relative in the room while I examine you?” Be particularly careful when examining children and teenagers. |
The P&S Club is the most active and comprehensive student activities organization in American medical education. Founded by Nobel Peace laureate John Mott in 1894, the Club currently sponsors over 50 extracurricular activities. These organizations represent P&S students’ vast interests and talents, including athletics, the performing arts, student advocacy, and community service. The Club’s fluid nature allows new activities to arise as students’ interests evolve. By providing P&S students with outlets for their various talents, the P&S Club adds substantial depth to a program otherwise devoted to scientific and clinical disciplines. While all P&S students are members of the P&S Club, participation is open to all members of the Columbia University Medical Center community, including students, faculty, administrators, and personnel.
Since its creation, the P&S Club has been committed to contributing to the community at the local and global levels. In 1917 the P&S Club made one of its first community contributions by raising funds to purchase a steam launch, which was loaded aboard an ocean steamer that delivered medical services to Eskimo and Indian fishermen on isolated islands along the Labrador coast. In addition to the steam launch, the P&S Club has sent medical textbooks overseas to Greece, Afghanistan, Korea, Guatemala and Haiti and participated in the Mercy Project of 1969, which provided medical treatment for children from the Biafran-Nigerian war zone. Recently, the Club has been involved in many local activities. The Columbia Student Medical Outreach Program (CoSMO) provides an open clinic for the uninsured in the Washington Heights area; the Musicians’ Guild members present an annual concert that benefits the Washington Heights Head Start program; and the Black and Latino Student Organization (BALSO) work with the Family Medicine Minority Caucus to do community-oriented primary care education in Washington Heights. To emphasize the importance of health care providers’ understanding and working with the local and global communities, many of the Clubs’ organizations collaborated to host “The Community Pulse” conference. This conference demonstrates the P&S students’ and the Club’s dedication and concern for the communities in which they work and live.
Under the chairmanship of Dr. Carmen Ortiz-Neu, the P&S Club Faculty Advisory Board maintains a guiding role in the Club while the Student Cabinet, with the support of the Director of Student Activities, Andrea Sturtevant, is fully responsible for the planning, budgeting, and managing of all organizations and activities. The current Student Cabinet members are Jason Sulkowski’08, Co-President; Robert Neely ‘08, Co-President; Hadi Halazun ‘09, Vice President; Geoffrey Konopka ‘10, Treasurer; Cornelia Griggs ‘10, Secretary. In addition to overseeing the day-to-day activities of the student organizations, the Cabinet is also responsible for planning the Club’s annual events such as Orientation, Club Fair, Supernight, and TeamwoRx.
The P&S Club is independently funded. Though generous donations from alumni, parents, and faculty, as well as a substantial grant from the P&S Alumni Association and the Koerber Endowment, the P&S Club is able to sustain its various student organizations and execute its annual events. We sincerely thank these contributors, for it is only with their support that the P&S Club continues to function in its vital role.
Chair: Carmen Ortiz-Neu, M.D.
P&S Alumni Association Representative: Andrew G. Frantz, M.D.
Vice Chairman and Treasurer: Jay H. Lefkowitch, M.D.
Jonathan E. Aviv, M.D.
Jeanine D’Armiento, M.D., Ph.D.
Pamela Flood, M.D.
Thomas J. Garrett, M.D.
Edgar M. Housepian, M.D.
David D. Markowitz, M.D.
Delphine Taylor, M.D.
Term of Office 2005-2008
Matthew N. Bartels, M.D.
Katarina Eisinger, M.D.
Dickson D. Despommier, Ph.D.
Danielle E. Engler, M.D.
Pamela F. Gallin, M.D.
Arnold P. Gold, M.D.
Jay H. Lefkowitch, M.D.
John Loeb, M.D.
James M. McKiernan, M.D.
William B. Macaulay, M.D.
Eric Marcus, M.D.
Thomas Q. Morris, M.D.
Donald O. Quest, M.D.
Richard Ambron, M.D.
Saundra A. Curry, M.D.
Marc L. Dickstein, M.D.
Blair Ford, M.D.
Joseph Haddad, Jr., M.D.
Mark A. Hardy, M.D.
Linda D. Lewis, M.D.
Liza Pon, Ph.D.
Andrew L. Wit, Ph.D.
Andrew G. Frantz, M.D.
William Kernan, Ed.D.
Linda D. Lewis, M.D.
Lisa A. Mellman, M.D.
Father Daniel Morrissey
Anke L. Nolting, Ph.D.
Brian Paquette
Renee Riley
Ellen Spilker
Liv E. Vesely
Elizabeth Williams
Jason Sulkowski ’08
Co-President
Robert Neely ‘08
Co-President
Welcome to P&S and to New York, the greatest city on earth! Your academic accomplishments have landed you at one of the best medical schools in the country. At the P&S Club, we recognize that Columbia also draws students who are well rounded with diverse interests outside of medicine. Our job is to find an outlet and a direction for that creative energy and to provide a forum for you to express yourself beyond the confines of the classroom.
Did you ever think that during medical school you could learn to salsa, develop your own photographs, or even learn to play rugby? How about refining your wine palate for the wonderful cuisine in New York? With over 50 clubs and over 100 years of experience, the P&S Club is the most active and comprehensive organization for extracurricular activities in American medical education. Whether your talents lie in music, theatre, art, athletics, politics, or community service, we are confident that you will be able to pursue your interests in as rigorous or as relaxed a fashion as you would like. Maybe you have just enough time to be an extra in the upcoming musical production. Perhaps you want to try scoring the winning soccer goal. If we do not already have a way to meet your needs, we invite you to propose and organize a new club. We’re always enthusiastic to hear your ideas.
Being a part of the P&S Club experience is open to all P&S students. The P&S Club is your doorway to a full and exciting extracurricular student life. We are driven by your needs and are maintained through your participation.
Once again, welcome to the P&S experience. We look forward to seeing you at the P&S Club to help continue this amazing tradition at Columbia. Please visit our Web site: http://psclub.columbia.edu
The Medical Student Section of the AMA is dedicated to representing medical students, improving medical education, developing leadership, and promoting actvisim for the health of America. With nearly 50,000 members, it is the largest and most influential organization of medical students in the country.
There are many opportunities to become involved on the local level (Columbia P&S chapter), the county level (NY County Medical Society), the state level (Medical Society of the State of New York Medical Student Section, “MSSNY-MSS”), and the national level (AMA-MSS). At every level, you will have the opportunity to interact with physicians and other medical students across the country.
Each member receives JAMA, AMA News, the News of NY, discounts on textbooks, car rentals, airfares, insurance, and other benefits. Multiple-year memberships receive the AMA Drug Evaluation Guide, an invaluable reference for pharmacology in the classroom and on the wards. The AMA-MSS is extremely supportive (morally and financially) of student projects and promotes attendance at all their conventions.
As an added benefit of membership, the AMA helps provide free housing opportunities throughout the Community Welcoming Program for fourth-year AMA member medical students as they interview for Residency. The program was created to help students cut down on interviewing costs, get to know the community surrounding their potential residency program, and introduce them to the local medical community. This program has been extended to provide housing for students taking the USMLE Step 2 CS. Because of the cost burden this examination puts on students, the AMA is working to alleviate expenses by providing an overnight stay in an AMA member’s house.
Events sponsored by the P&S chapter of AMA this year will include lecture series and debates that focus on pertinent and controversial medical issues, community service projects targeted to combat the increasing incidence of obesity in our society and other social causes, social get-togethers, and more.
We welcome new & old P&S students, so come get involved!
With over 30,000 members, AMSA is the largest independent national organization of medical students. Students will find many opportunities to get involved and learn about important healthcare issues at the local, regional, and national levels. AMSA offers an eye-opening experience to the many career paths and possibilities available to physicians-in-training. If you are devoted to a specific interest in health or want to learn about all sorts of health-related topics, you’ll find a place in AMSA.
Events sponsored by AMSA include educational seminars, socials, a lobby day trip to D.C., and the annual conference. Students also have the chance to participate in national AMSA task forces, including Action Committees on Medical Education, Health Policy, Community and Public Health, Advocacy and Minority Affairs, Global Health, and Legislative Affairs.
Each member receives a subscription to AMSA’s monthly journal, The New Physician, as well as access to travel discounts, a Visa card with generous benefits, auto insurance, and student loans.
Come join a nationwide, self-governed group of medical students energized with the belief that we have a voice and can make a difference!
AMWA is an advocate for women’s health issues from both patient and caregiver perspectives. We promote recognition and appreciation of women’s contributions to medicine of the past, present, and future. AMWA believes that all women’s perspectives and concerns regarding medicine and health care must be heard. We recognize the importance of a women’s support network and sense of community in the pursuit of improving health care in its constant evolution. AMWA organizes lunches, talks and trips to promote awareness and increase knowledge of medical students about women’s health.
The Asian Pacific Students Association (APSA) consists of Asian and non-Asian students from all Medical Center schools. Our purpose is to celebrate Asian culture and to foster awareness of health issues in the Asian-American community. Our current and past activities have included:
Asian-American faculty and student dinners, minority bone marrow drives, a Reach-Out-and-Read program at the Chinatown clinic, mentoring pre-med students at the Morningside campus, dim sum outings to Chinatown, Lunar New Year dinner, and attendance at the annual Asian Pacific American Medical Students Association National Conference.
If you love theater, Bard Hall Players is for you! BHP is the most active medical center theater company in the country and one of the largest extracurricular groups on the Columbia University Medical Center Campus. Since 1963, BHP has been doing the impossible-producing three fully-mounted theatrical productions each academic year.
Drawing on the creativity, design, and performance skills of students and faculty from all corners of the Medical Center Campus, BHP creates entertainment of high artistic quality that also manages to be great fun for all involved.
Recent productions include Guys and Dolls, West Side Story, The Importance of Being Earnest, Rosencrantz and Guildenstern are Dead, The Inspector General, Twelfth Night, The Heidi Chronicles, The Taming of the Shrew, and Grease. From Shakespeare to Stoppard, Much Ado About Nothing to Anything Goes, The Bard Hall Players bring a love of theater and the joy of performance to P&S
Beer is the oldest alcoholic beverage in human history, as such, it deserves our respect. Beerchus is P&S’s Beer Appreciation Club. Twice per semester, we hold tastings celebrating ales, porters, lagers, and lambics- and we have a great time doing it. Each tasting features an informative slide show explaining the story of a given beer, why it tastes the way it does, and why it is special. Themes this past year have included: “Beers of the WWII Allied Powers,” “The American Microbrew,” and “German and Belgian Beers That You Really Ought to Know.” We explore the science of beer as well as the history of beer in culture and society and educate members on how to properly taste and savor a brew. We are a relatively new club and we always welcome new ideas on tasting themes, events, or fund raisers.
The Black and Latino Student Organization is an active chapter of the Student National Medical Association and the National Boriqua Latino Health Organization. We are an organization dedicated to the recruitment, support and graduation of students from ethnic groups traditionally underrepresented in medicine and other health sciences. To achieve these goals, BALSO offers peer and faculty counseling to its members as well as mentorship to pre-medical students and students from local high schools. BALSO sponsors social and cultural events open to all members of the Columbia-University Medical Center community, including an annual Jazz Mixer, film nights and monthly lunches. We also work to promote awareness about the complex health issues facing under served communities by sponsoring talks and workshops on health care topics and cultural competency. All members of the CUMC community are invited and welcomed.
The P&S Chess Club is a small but active group of students interested in chess. We are comprised of players of all levels of ability. We meet informally a few times a month to play chess. At our meetings we play casual games, speed games, and more formal timed games. The highlight of the year is the annual student versus faculty chess tournament in which P&S students play a series of games against sometimes rusty but always talented faculty members. In the end, this year’s tournament was a draw. So, join the club, improve your chess game, and help us beat the faculty next year!
It’s 11:00 am. You’re sitting in Alumni Auditorium listening to your third lecture of the morning. You’re a little “tired” from your happy night before. All around you, your friends are sleeping peacefully. It’s a beautiful day outside. The lecturer drones on. You wonder to yourself “What am I doing here?” Do you need to reaffirm your choice of career? Rededicate yourself to the study of medicine? Reenergize your commitment to self-sacrifice? No. You need to escape. Imagine an Alumni Auditorium where you actually forget about medicine for a while. A warm, safe place where you relax with your friends. The smell of popcorn in the air. As the lights dim, you reach out and take the hand of the cute person next to you. The movie starts and you are far away from signal transduction pathways and the nephron. This is no fantasy, it’s Cinema Heights (a.k.a. Tuesday Night Film Club).
Coffeehouse is a unique opportunity for students to share their talents in the relaxed company of friends. On these special evenings, Bard Hall Main Lounge is transformed into an elegant (well, sort of) venue at which punk and heavy metal “rock out” with classical and jazz, poetry is recited alongside stand-up comedy, and a cappella music intertwines in a bizarre yet strangely compelling do-si-do with modern dance; occasionally even some Meat Loaf may be heard above the melodious din of ice cream trucks and car alarms outside. Always a great study break, Coffeehouse is the perfect time to sit back, relax and enjoy free talent and refreshment while socializing with students from other years and schools.
Columbia Christian Fellowship (CCF) is an inter-denominational, student-run organization that encourages students to grow in their personal relationship with Jesus Christ. If you’d like to explore the Bible, CCF is a great place to ask questions. All are welcome to the weekly meetings, which include Bible study, singing, prayer, food, and a great time. CCF includes students in the medical, dental, graduate, nursing, occupational therapy, physical therapy, and public health schools, as well as friends and spouses.
Various speakers, including medical missionaries, practicing medical professionals in NYC, and others address the group. In addition, CCF has hosted a weekend retreat where students enjoyed a change of scenery, fun, food, and a chance to dig deeper into their faith. Likewise, Columbia students join Christians from other medical schools throughout the NYC area to tackle various service projects and enjoy worshipping together.
Medical school is an exciting and challenging time. Along with gaining a tremendous amount of knowledge, students find that their values and convictions are continually tested. As John R. Mott, the founder of the P&S Club (and Nobel Peace Prize Laureate), said, “let us...gather around...Jesus Christ, and let him revise our plans, and if need be our lives.
The Columbia Medical Review is a student-run, peer-reviewed medical journal, currently published annually. The editorial board is composed entirely of medical, dental, and public health students who receive guidance from a faculty advisory board. The journal primarily publishes articles written by students and others in the CUMC community. The Review provides a
unique opportunity for students to manage and edit a medical journal and to author articles
for publication.
The Columbia Medical Review encourages all students to submit articles for publication, independently or with the guidance of a faculty mentor. The journal publishes clinical and clinically-oriented basic science reviews, original research reports, case reports and issues affecting
the practice of medicine. Students who wish to serve as members of the editorial board are
always welcome. For more information and to submit work, please visit our website at
CoSMO is a free, student-run, primary care clinic at the 21 Audubon UrgiCare Center. Every Saturday, and the second Thursday of the month, students from the schools of medicine, public health, social work, and nursing work together to provide uninsured residents of Washington Heights and Northern Harlem with comprehensive services that address the physical, social and behavioral aspects of health.
CoSMO is a unique environment for students at all levels of their training, with a focus on service learning. The resident-free learning environment allows senior medical student to have direct access to the attendings and to begin to teach each other, as well as the first- and second-year students. The senior clinicians are able to coach junior clinicians in taking histories and physicals, including taking vitals, drawing blood, presenting to attendings, and completing a note. For many junior clinicians this is the first time they have such an active role in patient care. For many senior clinicians, this is their introduction to teaching in a clinical setting and to the impact of limited finances on the provision of medical care.
Through grants, donations, and dedication of personal time, CoSMO is able to provide patients with complete histories and physicals, health education, social work services including screening for government and private assistance programs, prescription drugs, laboratory testing, diabetes equipment, x-rays, cancer screening (prostate, colorectal, breast, and cervical), and a 24-hour call service in the event of an emergency. At a nominal cost, we also provide the patients with referral to specialists, cardiac diagnostic testing, and advanced imaging (CT, MRI, and ultrasound).
For further information please see our website, www.cosmoprimarycare.org. If you are interested in volunteering, please email hr@cosmoprimarycare.org.
Creative Rounds is an amorphous but lovable community of writers and artists that exists within the CUMC community. Every month, we meet to share works of creative writing and visual art that we’ve produced. Occasionally, published physician-writers from around the country attend our meetings to share their unique perspectives with us. All members of the CUMC community are welcome to attend and participate in our fun and informal gatherings.
Even if you don’t feel comfortable sharing your own art/poetry/fiction/nonfiction works, you’re welcome to come to our meetings if only to observe, absorb, and offer constructive criticism. We like seeing new faces and hearing new ideas. Whether you’re an amateur wordsmith or an experienced draftsman, a published poet or a first-time photographer, consider joining our supportive and inclusive group
CULTURA, which means ‘culture’ in Spanish, is a student-run organization that aims to give students at the Health Sciences Campus exposure to the traditions, customs and language of the Latin-American communities. Culture is a large part of health, from beliefs to practices and behaviors, and knowing the cultural context in which you are learning medicine provides an extra dimension to your ability to connect with your patients and therefore learn good medicine. As you know, P&S is situated in the heart of Washington Heights, a mostly Hispanic neighborhood and home to the largest Dominican community outside of the Dominican Republic. This locality gives our Medical Center a unique patient population with specific health needs and concerns that are different from those of the rest of the country. CULTURA endeavors to make medical students cognizant of these differences in the hopes that they may better serve the patient population of Washington Heights, as well as similar communities in other parts of the country.
In recent years CULTURA has put together multiple programs and events including Family Exchange Program (“The Intercambio”), which is a local family-student exchange program; Photo-mentoring Program; the Spanish Lunch Series to allow student to practice their Spanish-speaking skills; and various lectures, seminars, and workshops. All are individually run programs, but they all function under the organization we call CULTURA. If you want to get involved in any of our programs or if you have an idea for a new community program, we encourage you to join us!
The CUMC Student Chapter of the Smile Train intends to provide students of the Columbia College of Physicians and Surgeons and the College of Dental Medicine with an opportunity to participate in one of the most progressive charity organizations of our time. The Smile Train is a non-profit international organization that focuses on providing free cleft lip and palate surgery to children in underdeveloped countries, who would never otherwise receive it. The benefits of the simple surgical procedure are many and range from improvement of the child’s feeding and speech ability to better self-esteem and integration in society. The Smile Train focuses on teaching and empowering local doctors by bringing in technology that allows cleft surgeries to be done safely and cost-effectively. All public donations go towards funding these programs and a single surgery costs as little as $250. In addition, scholarships for fourth year abroad rotations may be awarded to members of the chapter at the discretion of the Smile Train Foundation. The mission of this chapter is four-fold:
Food Club is the premier club for P & S students who love all things food. The club periodically meets as a group to cook meals with an emphasis on technique and culinary education. We also make group trips to the local greenmarket and discuss where to find certain ingredients in Washington Heights. If you enjoy food and cooking, or just want to improve your skills, come to one of our meetings and meet some like-minded people.
The Free Weight Club boasts the largest membership of any P&S Club and is conveniently located in the basement of Bard Hall. Filled with weight-training and cardiovascular equipment, it is the ideal place to enhance your physique while blowing off the stress of Anatomy Lab and the wards. Membership fees are nominal compared to other NYC fitness clubs, and these go toward buying new equipment and making improvements to the facilities. Recent improvements include a new treadmill and stationary bike, a new universal gym, a 42’’ plasma TV, and near total renovation of the facilities including new paint, flooring, and ceiling among other things. The newly installed Grade A stereo system allows you to listen to your inspirational music of choice from your own iPod or newly installed XM radio, all while developing a body that would make Frank Netter proud. Quit procrastinating and join now at the P&S Club Office. Don’t be caught in the FWC without a membership or you may face the wrath of the officers.
The International Health Organization is one of the largest and most active student groups in the CUMC community. We raise the profile of global health issues here on campus as well as send as many students abroad as possible in the first, second and fourth years of medical school. IHO hosts speakers, events and monthly seminars to broaden awareness of world health issues, careers in global health, and international experiences for medical students. A special focus is to convince students that global health embraces all medical specialties- from primary care to neurosurgery.
Events in the 2006-7 year included monthly Tropical Medicine Grand Rounds, where experienced clinicians shared how to treat conditions not commonly encountered in the US; a ‘Surgery Overseas’ dinner; talks on clinical health in conflict zones, international eye health, and international obstetrics; Infectious Disease rounds in the hospital for first and second year students; a visit to a simulated MSF refugee camp; awareness on World AIDS Day; and community health activities in Washington Heights. Most excitingly we began a partnership with Jeffrey Sachs’ Earth Institute and the Millennium Villages Project-several P&S first years will participate in public health projects throughout Africa, and fourth year students will do clinical electives at those sites. Also, we help send students overseas through the Tropical Medicine elective in the 4th year to various sites throughout the world.
The IHO is affiliated with REMEDY, a student-run organization that recovers equipment and supplies discarded by the Hospital. The link to REMEDY allows Columbia students and doctors who are going abroad to bring a valuable donation with them.
The Lambda Health Alliance provides a supportive space for Gay, Lesbian, Bisexual, Transsexual and Queer (GLBTQ) people at the Health Sciences campus and works to increase visibility of GLBTQ issues in medicine. We organize social events, panel discussions, lectures and film festivals. A recent panel discussion addressed issues of diversity in the medical system from the perspective of several care providers. Lambda is also committed to fostering mentorships between GLBTQ students and faculty. Our membership includes students, faculty and staff from all of the schools at the CUMC campus.
Lang Youth is a six-year science education and mentoring program for middle school students that puts the hospital’s educational resources to work for young people in Washington Heights. The mission of the Lang Youth Medical Program is to inspire, support, and motivate young people representative of the neighborhood surrounding Washington Heights to realize their college and career aspirations, especially in the health sciences. One of the program’s main objectives is to create meaningful mentoring relationships with medical students, residents, faculty, staff, and administrators. Students attend programs every Saturday during the school year and for four weeks during the summer. Students can become involved as advisors during the weekly program or as mentors during lunches, bowling trips, movie nights, etc.
For more information, contact us at 212-305-0806 or email Erin at ers9013@nyp.org.
“So get out there and mess around with your friends, ramble out yonder and explore the forests, encounter the grizz, climb the mountains. Run the rivers, breathe deep of that yet sweet and lucid air, sit quietly for a while and contemplate the precious stillness, that lovely, mysterious and awesome space. Enjoy yourselves, keep your brain in your head and your head firmly attached to the body, the body active and alive, and I promise you this much: I promise you this one sweet victory over our enemies, over those desk bound people with their hearts in a safe deposit box and their eyes hypnotized by desk calculators. I promise you this: you will outlive the bastards.” -Edward Abbey
Escape the city and clear the anthracotic pigment from your lungs. Enjoy crisp fall days, peaceful winter snowfalls, and vibrant green springs... get out with the Outdoors Club! We plan several excursions per year. This year our trips included a fall foliage hike up Hunter Mountain, a winter hike up Peekamoose and Table Mountains, and a wilderness medication workshop in Ithaca, NY.
We’re always looking for trip leaders and new ideas. If someone wants to lead a trip-rock climbing, hiking, canoeing, etc... let us know!
Founded in January 1999, the P&S Choir is a co-ed group of 15-20 singers representing all schools of the Columbia University Medical Center Campus. We are devoted to performing diverse, challenging, and fun pieces while providing a low-key, low-stress outlet for those who love to sing. The choir meets for rehearsals once a week, on Tuesday evenings at 7:00 pm in the Bard Hall music rooms. We have two major performances per year: a holiday concert in early December and a spring concert in late April or early May. In the past, we have performed at P&S Coffeehouses and holiday parties, and we also go caroling in Milstein Hospital during the holiday season. Our musical repertoire ranges from madrigals and classical choral masterpieces to folk pieces and contemporary classics. A recent concert featured not only Queen’s “Bohemian Rhapsody”, but also “Sure on this Shining Night” by Samuel Barber, among other pieces. Over the years we have performed pieces by Palestrina, Rachmaninoff, Purcell, Offenbach, Brahms, Billy Joel, and many others.
Auditions are held in September and January and are open to all, regardless of prior singing
experience.
The P&S Ethics Club meets monthly to mull over current ethical issues in medicine. Topics span a wide gamut: practical- the medical student’s role in the hospital; societal- treatment rationing in our healthcare system; esoteric- elective limb amputation procedures. Our goal is to create a forum where non-experts can express and hear comments and opinions that supplement and give a perspective to our scientific education, thus providing a framework for evaluating the tough decisions ahead. Additionally, we sponsor two Ethics Night events: in the fall third and fourth year students relate troubling scenarios they face in hospital and in the spring a speaker addresses the medical community followed by a student-faculty dinner. Come join us in debate and discussion!
The P&S Musicians’ Guild, a division of the P&S Club, is the umbrella organization for musical events at Columbia University Medical Center campus. With over 250 members, we produce an annual orchestra concert and monthly “Musical Mondays,” in Bard Hall Main Lounge. If you are interested in performing at a Musical Monday, please contact one of the Guild coordinators. We also organize a benefit concert in the spring for the Head Start Program here at Columbia. Proceeds help to fund early education for neighborhood children. Membership is open to anyone who would like to be active in musical activities at P&S, even if you are not affiliated with the medical center. For our member’s convenience, a directory of guild members with an interest in performing can be found here. All musical styles and instruments are represented in the Guild...and membership is free! If you would like to join, please contact one of the coordinators.
Did you know that our beautiful medical center is smack in the middle of the most park-dense area of Manhattan? That you can run to a medieval art museum, along the Hudson, or to New Jersey without even leaving your neighborhood? Whether you are lacing up your sneakers for the first time or training for your next marathon, the P&S Roadrunners Club has a place (and a running buddy) for you. We aim to keep you speedy, sleek, and stress-free throughout the med school years, regardless of your previous experience. Group runs, races, running workshops, and the occasional pasta dinner are all part of the program, and new project ideas are always welcome. Come join us!
P&S Squared has been set up to provide an opportunity for P&S students with partners and spouses to get together in an informal atmosphere. Medical school can be a stressful experience for both students and their partners. P&S2 provides a support network for couples who are sharing the strain that medical school can place on relationships. P&S2 hold regular get-togethers such as potluck dinners, bowling nights, and other nights on the town.
Our goal is to encourage people to learn and play squash, to make use of the facilities we are lucky enough to have right in Bard Athletic Center. We will be running several clinics throughout the year to teach beginners the rules and basics of squash as well as tournaments and round-robins for players of all skill levels. We are also working with the Business School and Law School to arrange some inter-graduate school play, and perhaps against the undergraduate college and other area universities.
Did you know that P&S ... was the first medical school in the colonies to give an MD, was the home of lasers in medicine, is where rubber gloves were invented, claims Dr. Spock, Armand Hammer, the first doctor in space and Buckaroo Banzai!
Are you interested in learning more about the history of P&S? Would you like to share your feelings about P&S with prospective students over a free lunch? Want to show applicants around our campus? If the answer to any one of these questions is yes, then we want YOU!
We are the group responsible for running the admissions tours. You may feel that you still need more time to get your own bearings but we have found that the quickest way to really get to know the campus is to help with the tours. Interested first years are paired up with second, third, and fourth year students who “show them the ropes.”
In addition to learning facts about P&S, it’s a great opportunity to get advice from upper class students and hear what awaits you in the coming years. First years are especially helpful to new applicants since they are still close to the application process themselves. We have a brand new tour and lunch schedule and are always looking for ideas to make the P&S interview day as great as possible, so your feedback is welcome and appreciated (especially since you just went through it)!
The interviewing season will start soon. If you think you’d like to join us in showing off P&S, please sign up at the P&S Admissions office.
Thanks to generous alumni support, the well-equipped David and Virginia Garfein Memorial Darkroom located on the first floor of Bard Hall offers experienced photographers and newcomers alike the opportunity to produce black & white photographs. In addition to keeping its doors open to anyone who is interested, including the Second Year Narrative Medicine Seminar, the P&S Photo Club encourages all of its members to participate in shows throughout the year. Many members contributed their work to various photography shows at the Faculty Club, as well to our fund raiser show for CoSMO held at the Kolb Annex in March of 2006. The P&S Photo Club plans to expand its presence on- and off-campus in the upcoming years and hopes that all who are interested join. Remember, 8 x 10s make great gifts, and carrying your black camera in New York City looks, oh, so chic.
Physicians for Human Rights (PHR) is a national organization made up of health professionals committed to advancing human rights and improving global health by advocating for improved health access, as well as, justice and dignity for all. A few of the many issues we tackle are the human rights issues surrounding the HIV pandemic, advocacy for child rights, improving inhumane conditions at prisons and detention centers, providing medical care for torture survivors and asylum seekers, and the removal of landmines, a project for which PHR shared the Nobel Peace Prize in 1997.
The Columbia Chapter of PHR strives to promote awareness of these and other problems by organizing talks and facilitating student involvement in volunteer projects aimed at alleviating human rights abuse.
We also hope to create connections between human rights-minded students and faculty. Last year’s events included campus events focused on torture, HIV/AIDS and sex workers’ rights. PHR also collaborated with other student groups to create a forum for student activism for World AIDS Day.
In the coming year PHR will offer students a large number of opportunities to contribute to meaningful advances in human rights. We plan to organize more speakers on various issues as well as continue to expand our projects. These include panel discussion about careers for health professionals in human rights and how students can get involved now, lecturers who will discuss their work promoting human rights, the opportunity to contribute to ongoing research and advocacy projects with PHR and through collaborations with other Non-Governmental Organizations (NGOs), as well as shadowing opportunities with health professionals working to protect human rights. Of course, input and involvement is welcome and we encourage any and all health sciences students interested in these issues to get involved in the coming year.
The Public Health Interest Group is an organization through which medical students can gain knowledge of public health concerns, participate in public health outreach projects and interact with public health students and professionals in the Mailman School of Public Health. It serves as a forum for discussion of public health issues including health disparities, international health, urban and rural community health, environmental health and other topics pertinent to both local and global public health concerns. The Public Health Interest Group is an important resource for medical students interested in pursuing a Masters in Public Health.
Rafael is the medical center affiliate of Hillel. We are a student-run organization that promotes Jewish awareness through social events for the holidays and also through perspectives in the health fields. Some of our events include Jewish Theatre and Coffee Night. Food is always kosher (and delicious!) and discussion always thought-provoking.
Reflexions is the literary and visual art magazine of the Columbia University Medical Center. The magazine features health and non-health themed poetry, fiction, narratives, photography and art. Submissions are accepted from CUMC students, faculty and staff, who also are involved in the selection, editing and layout process. Reflexions is published in the spring and is widely distributed throughout the hospital and Columbia academic community. We are currently expanding to print both a fall and spring issue. Please address inquiries and submissions to cumc-reflexions@columbia.edu
Whether you are a superstar ex-jock looking for one last fleeting moment of glory, someone in search of a new game and a good time, or simply a fed-up student in need of an outlet for your aggressions, the P&S Rugby Club is ready to welcome you to our ranks. Gargantuan size and psychotic demeanor are not necessary, only a willingness to have a great time and an eagerness to learn. There are positions on the “pitch” for people of all sizes. You will be amazed at how quickly you pick up the game and begin beating more experienced teams.
By joining the P&S Rugby Club, you will become part of a long winning tradition. As the only intercollegiate team at P&S, rugby receives tremendous support from the medical center community. Our opponents include other medical and business schools as well as various club teams around the city. In addition, each fall we host the legendary John Wood Memorial Tournament, an event that undoubtedly will attract a sizeable chunk of your envious classmates.
Most importantly, you will enjoy a camaraderie and social tradition unparalleled by any sport. Each match ends with a toast to our opponent and singing songs that would make grizzled old sailors blush. This is a great chance to get to know your colleagues from all P&S classes in a less than academic setting.
Practices are generally low key and instructional and do not conflict with academic responsibilities. Games occur on Saturday afternoons in the fall and a team trip down south in the spring is always memorable. Coaching is provided by the more experienced members of the team.
If you read this far, you are interested. Come out and give it a shot, no commitment required. Look for signs posted in August.
**For further Information about the P&S Rugby Club, please email team president Mauer Biscotti at mb2821@columbia.edu
The primary goal of the Saint Luke Society is to help foster a faith-based community within the medical school where Catholic students can feel comfortable expressing their faith and discussing the effect Catholicism has on their development as physicians. Part of building that community is exploring how the deep tradition of the Catholic faith speaks to particular ethical, moral, and social issues. Club activities include periodic gatherings focused on specific issues in which faculty members or clergy come to present on particular areas of interest. The club also gathers for Mass in intimate settings during the Christmas and Easter seasons and various other times throughout the year.
The P&S soccer club caters to all of the soccer buffs here at P&S. During the fall and spring months we play outdoors at Riverside Park once a week. We also play there as often as the weather permits during the spring months. All year long, we play weekly indoor games at the Bard Athletic Center. For those with a more competitive edge, we play in an intramural league (outdoors in the fall, indoors in the spring). All members of the CUMC community are welcome to join us.
The Social Dance Club is proudly one of the most popular clubs at P&S. We offer several dance workshops over the course of the year, each focusing on a particular dance. We’ve explored salsa, merengue, rhumba, Argentinian tango, cha-cha, foxtrot, swing and waltz. Workshops start off with the most basic steps, but by the third or fourth lesson, you will be twirling and dipping to the music. Classes are taught by an experienced instructor from one of the big Manhattan dance studios. All members of the medical center community are invited. No previous experience or partner required - so come join us!
The P&S Club’s forum for wine enthusiasts invites you to relax in an atmosphere of conviviality and connoisseurship, whether you’re a vin amateur or an aficionado. The Society organizes themed tastings, presented by industry experts and enthusiastically critiqued by a wide spectrum of our P&S community, students and physicians alike.
As each year comes to an end, members of the Society of Bacchus gather in The Faculty Club with their friends Perignon and Clicquot to enjoy a delectable assortment of ‘bubblies’ for The Champagne Dinner.
Whether you’re new to the worldwide circle of oenophiles, or hope to impress others with your virtuoso palate and olfactory acumen, we hope you’ll join us for an “evening of sips.”
SAHSA’s mission is to organize community resources and promote cultural activities for South Asians and others interested in South Asia. SAHSA encompasses all students from the various schools on the medical center campus. Projects in past years have included welcome mixers, South Asian speakers, Diwali and Holi celebrations, a Big Sib Program and pot lucks. We are also planning on continuing our collaboration with South Asian graduate organizations on the Morningside Campus to foster a larger South Asian community.
By being a member of the Specialty Interest Group (SIG), students will have the opportunity to explore their interests without committing to a certain specialty. This umbrella organization oversees subcommittees, each representing different specialties such as the Steven Z. Miller Pediatrics Society and the Ophthalmology Interest Group, and allows students to explore various disciplines as well as encourages them to see how the disciplines interrelate. Additionally, the subcommittees will be fluid by nature and have the ability to be active or inactive depending upon current student interest. Each subcommittee will have to meet four specific criteria:
| Current subcommittees of SIG and their respective contacts are provided below. | |
|---|---|
| Allen O. Whipple Surgical Society | Beth Hochman ’08 Matthew Toomey ’08 |
| Anesthesiology Interest Group | Ed Requenez ’08 |
| Columbia Radiology Interest Group | Solomon Woldu ’10 |
| Dermatology Interest Group | Vivian Laquer ’09 |
| Emergency Medicine Club | Jamie Bordley ’10 Mike Bouton ’10 Elliot Grodstein ’10 Danielle Trief ’10 |
| Family Medicine Interest Group (FMIG) | Elizabeth Blair ’10 Etan Eitches ’10 |
| Internal Medicine Interest Group | Catherine Dodds ’10 |
| Ophthalmology Interest Group | Patrick Chan ’08 Alexander Lajoi ’10 Grace Richter ’08 |
| Psychiatric Student Interest Group (PsychSIG) | Carl Fisher ’08 Lindsey Mortenson ’09 Anjam Bahl ’10 Mary Stevenson ’10 |
| Steven Z. Miller Pediatrics Society | Kelly Fahl ’10 Mark Geyer ’10 Kristen Pastor ’10 |
| Student Interest Group in Neurology (SIGN) | Eric Arias ’10 Celina Crisman ’10 Deepa Danan ’10 |
Striding for Better Health is a club through which P&S students can volunteer to help teenagers from the Washington Heights Community become more physically active and health conscious. The goal is to have fun and foster an enjoyment of exercise, as well as promote healthy habits, particularly in kids who may be at risk for health problems exacerbated by a sedentary lifestyle. We work with 5th-8th graders involved in the Police Athletic League (PAL) after-school program at the 168th Street Armory. The girls and boys in the program receive both academic counseling and athletic time in the gym, and a group of Columbia Medical students has been going over to the PAL every Monday afternoon to play sports and games during the afterschool gym time. So far it has been a great success with both boys and girls literally begging for more gym time. We start out with a fun warm-up each week and play games that keep the kids (and us!) moving around while keeping as many as possible involved. Some favorites include various tag games, and basketball and soccer games. We try to encourage medical students with experience in a particular sport to help us run appropriate drills and team play so the kids in the program can experience a “team practice” of sorts in various sports. Striding for Better Health is a great way for the P&S student to get a little exercise, play games with kids, hone their teaching skills, and have a positive impact on the community.
Did you sing a cappella in college and you can’t get enough? Maybe you used to sing in choir and wanted to try something new. Even if you never sang in a group before, you should all consider trying out for the Ultrasounds. We regularly perform at Coffeehouses and school events, and we like to keep the time commitment to an hour and a half a week. We are a co-ed group and welcome all members of the CUMC community.
P&S takes pride in the fact that many of its students and faculty are poets, writers, journalists and avid readers. Named in honor of the 1941 P&S graduate, the club offers a forum for the appreciation of literature and life. We invite students, faculty, and literary enthusiasts from the community at large to monthly informal discussions of short stories or poems. We also host and co-host events that promote literature and the arts at P&S. In past years we made trips to the 92nd Street Y for readings by Tom Stoppard and Pat Barker. In conjunction with the Program for Humanities in Medicine, we also have enjoyed readings on campus by writers Junot Diaz, Michael Ondaatje and Richard Selzer.
The P&S water polo club offers the opportunity for competitive aquatic exercise to all CUMC members. Weekly scrimmages are held in the BAC pool, including drills to improve passing and shooting. These are currently held on Wednesday evenings at 8 PM. Games are friendly and informal. All members of the CUMC community are welcome to play.
| A. Bernard Ackerman, M.D. | Thomas E. Allen, M.D. | James P. Almas, M.D. |
| Steven Zuhair Antone, M.D. | Morton F. Arnsdorf, M.D. | Michael D. Aronoff, M.D. |
| Duffield Ashmead IV, M.D. | Elizabeth L. Auchincloss, M.D. | J. Howland Auchincloss Jr., M.D. |
| Michael John Bank, M.D. | Rolf F. Barth, M.D. | Odette Batik, M.D., M.P.H. |
| William A. Bauman, M.D. | Joseph C. Beck, M.D. | Stanley S. Bergen Jr., M.D. |
| Walter E. Berger III, M.D. | Ryan K. Berglund, M.D. | John P. Bilezikian, M.D. |
| Clifton O. Bingham, III, M.D. | John D. Birkhoff, M.D. | David Eric Biro, M.D. |
| Thomas Keith Blackwell, M.D. | Donald F. Blair, M.D. | Lawrence R. Boies Jr., M.D. |
| Russell S. Boles Jr., M.D. | Peter M. Bolo, M.D. | Vincent R. Bonagura, M.D. |
| David Paul Bonita, M.D. | Charles A. Boucher, M.D. | John C. Bowen, M.D. |
| William L. Boyan, M.D. | Charles B. Brill, M.D. | Bristol-Myers Squibb Foundation |
| Larry K. Brown, M.D. | Robin Renee Brown, M.D. | Sue A. Brown, M.D. |
| Richard W. Brunstetter, M.D. | James C. M. Brust, M.D. | Linda Marie Brzustowicz, M.D. |
| Kwame G. Buahin, M.D. | Marcia B. Bull, M.D. | James M. Burgin, M.D. |
| Vincent P. Butler Jr., M.D. | Stephen Cagliostro, M.D. | Frank P. Cammisa Jr., M.D. |
| Peter W. Carmel, M.D. | Daniel B. Carr, M.D. | Justine Meehan Carr, M.D. |
| Bruce A. Cassidy, M.D. | Thomas J. Castellano, M.D. | Edward David Chan, M.D. |
| Stephen Chan, M.D., M.P.H. | Stanley Chang, M.D. | Cary B. Chapman, M.D. |
| Robert Chen, M.D. | Alexander C. Ching, M.D. | Michael Russell Clain, M.D. |
| John O’Brien Clarke III, M.D. | Richard B. Clutz, M.D. | Paul E. Cohart, M.D. |
| Mark William Cohen, M.D. | Ron Cohen, M.D. | James R. Cole, M.D. |
| Eric David Collins, M.D. | Jenny Meyer Colman, M.D. | Burton Combes, M.D. |
| Mollie Allensworth Combes, M.D. | James J. Condon, M.D. | Deborah D. Cooper, M.D. |
| Gabrielle Costello-Herman, M.D. | Timothy H. Crawford, M.D. | Carroll E. Cross, M.D. |
| James Gordon Cushman, M.D. | Gerald Joseph Dal Pan, M.D. | Jennifer S. Daly, M.D. |
| Edward F. Danielski Jr., M.D. | Francis Joseph Dann, M.D. | Radhika Dasmahapatra, M.D. |
| John E. Davis, M.D. | Maris Readling Davis, M.D. | Dino T. Deconcini, M.D. |
| Mucio C. Delgado, M.D. | Michael A. DePetrillo Jr., M.D. | Michael J. Devlin, M.D. |
| Alison B. Dick, M.D. | Donald N. DiSalvo, M.D. | Patricia K. Donahoe, M.D. |
| James L. Downey, M.D. | Geoffrey K. Dube, M.D. | Joshua Lawrence Dunaief, M.D., Ph.D |
| William C. Duncan III, M.D. | Xavier Ampuero Duralde, M.D. | Judy Korner Eberle, M.D., Ph.D. |
| Grace G. Eddison, M.D. | Jose Maria Eguia Jr., M.D. | Randall Victor Ehrlich, M.D. |
| Alan M. Engler, M.D. | Danielle E. Engler, M.D. | Joel H. Epstein, M.D. |
| James F. Evans, M.D. | Stephen Fealy II, M.D. | Martin Feldman, M.D. |
| Jeffrey R. Fisher, M.D. | William A. Fisher, M.D. | Flagg Foundation, Inc. |
| Stephen V. Flagg, M.D. | Evan L. Flatow, M.D. | Pamela Flood-Radoslovich, M.D. |
| Kenneth A. Forde, M.D. | David V. Forrest, M.D. | Thomas J. Francomano, M.D. |
| Andrew Gibson Frantz, M.D. | Karen K. Fu, M.D. | Jonathan E. Fuller, M.D. |
| Pamela F. Gallin, M.D. | Jay M. Galst, M.D. | Oscar Garfein, M.D. |
| James M. Garvey Jr., M.D. | Robert Kent Gelczer, M.D. | Joshua B. Gibson, M.D. |
| Patricia E. Gilhooly, M.D. | B. William Ginsberg, M.D. | Robin Nina Ginsburg, M.D. |
| Rachel J. Givelber, M.D. | Andrew M. Goldmann, M.D. | Robert M. Golub, M.D. |
| William Gomez, M.D. | Paul Clark Gordon, M.D. | Robert S. Gordon, M.D. |
| Eugene L. Gottfried, M.D. | Gail F. Granowitz, M.D. | Kathleen D. Graziano, M.D. |
| Ronald Jeff Green, M.D. | Jonathan Greenberg, M.D. | Jonathan I. Greene, M.D. |
| John G. Gregory, M.D. | Sharon Lois Griffith, M.D. | Jonathan D. Griswold, M.D. |
| Advisor Charitable Gift Fund | Herman Grossman, M.D. | Paul P. Gwyn Jr., M.D. |
| Joseph Haddad, Jr., M.D. | John F. Hagaman, M.D. | W. David Hager, M.D. |
| Thomas B. Hakes, M.D. | Charles Hamlin, M.D. | Kelvin B. Hao, M.D. |
| Mark A. Hardy, M.D. | Matthew Handley Hart, M.D. | Leah Ann Haseley, M.D. |
| Jay Paul Heiken, M.D. | Kenneth A. Heisler, M.D., P.C. | Kenneth A. Heisler, M.D. |
| Charles I. Heller, M.D. | Charles Alan Henrikson, M.D., M.P.H. | Chesley C. Herbert, M.D. |
| Martin Joseph Herman, M.D. | Martin Joseph Herman, M.D. | Marian Osborne Hodges, M.D. |
| William Mason Hohl, M.D. | Joshua Hollander, M.D. | Henry B. Holle, M.D. |
| Kathryn Wood Holmes, M.D., M.P.H. | Alison Hoppin, M.D. | Pamela A. Horowitz-Lawrence, M.D. |
| Edgar M. Housepian, M.D. | John S. Howland, M.D. | Andrew Huang, M.D. |
| Charlene Elizabeth L. Huang, M.D. | Paul P. Huang, M.D. | Shepard R. Hurwitz, M.D. |
| Frank E. Iaquinta, M.D. | Kathy L. Jabs, M.D. | Allan E. Jackman, M.D. |
| Alfonso H. Janoski, M.D. | Gregory K. Johnson, M.D. | Charles E. Johnston, M.D. |
| Marilyn C. Jones, M.D. | Ralph F. Jozefowicz, M.D. | Hooman Kamel, M.D. |
| John Kassotis, M.D. | Howard H. Kaufman, M.D. | Bruce E. Kessler, M.D. |
| Robert V. Knapp, M.D. | Terry Lina Koch, M.D. | Muriel C. Kowlessar, M.D. |
| Kate Heritage Kraft, M.D. | David James Kuester, M.D. | Frederick G. Kushner, M.D. |
| Mrs. Ivy E. Kushner | Jonathan David La Pook, M.D. | Edward M. Lane, M.D. |
| Michael J. Langan, M.D. | David Ross Larach, M.D., PH.D | Steven S. Larmon, M.D. |
| Barbara L. Lauderdale, M.D. | Linda Diane Leary, M.D. | Richard G. Lester, M.D. |
| David H. Lewis, M.D. | Donald Mccall Lewis, M.D. | Linda Donelle Lewis, M.D. |
| Jerome H. Liebowitz, M.D. | Christopher C. Lin, M.D. | Peter Theodor Lind, M.D. |
| Antoinette Lindberg, M.D. | Wendy Ellen Livingston, M.D. | John Nichols Loeb, M.D. |
| Steven Brenisen Long, M.D. | Angelo J. Lopano, M.D. | Franklin C. Lowe, M.D. |
| Paul R. Lurie, M.D. | Joseph G. Lurio, M.D. | Robert I. Lynn, M.D. |
| Richard J. Mackler, M.D. | Michael B. Macko, M.D. | Paul J. Maddon, M.D., Ph.D. |
| Anthony Robert Magnano, M.D. | Susan Jennifer Mandel, M.D. | Paula Schmidt Mansur, M.D. |
| Eric R. Marcus, M.D. | James F. Marion, M.D. | James M. Markert Jr., MD, MPH |
| Dante Anthony Marra, M.D. | Robert A. Marshall, M.D. | Robert A. Maslansky, M.D. |
| James L. Mason, M.D. | Michael A. Mathier, M.D. | Howard M. Matsuba, M.D. |
| Paul Gregory Matz, M.D. | Jeffrey Lee Maxcy, M.D. | Deborah A. Mayer, M.D. |
| David M. McCarthy, M.D. | Robert R. McClelland, M.D. | Shearwood J. McClelland, M.D. |
| Mary McCord, M.D., M.P.H. | Mary Patricia McKay, M.D. | Medical Services of New York, P.C. |
| William J. Meisler, M.D. | Michael J. Langan Revocable Trust | Christopher B. Michelsen, M.D. |
| John M. Migotsky, M.D. | Katharine Hanser Mikulec, M.D. | Robert Willard Milgram, M.D. |
| Jordan D. Miller, M.D. | Barbara Winkler Monsanto, M.D. | Joseph John Morelli, M.D. |
| Daniel McBurney Morgan, M.D. | Thomas Q. Morris, M.D. | David S. Morrison, M.D. |
| Philip M. Mount, M.D. | Barbara J. Nath, M.D. | Jean-Luc Sebastien Neptune, M.D. |
| Carmen Ortiz Neu, M.D. | Jonathan Newmark, M.D. | Fidelity Charitable Gift Fund |
| Barton Nisonson, M.D. | Ms. Anke Lunsmann Nolting | Kristin Magnuson Nord, M.D. |
| Roman Nowygrod, M.D. | Irwin Nydick, M.D. | Martin Nydick, M.D. |
| Michelle L. O’Donoghue, M.D. | Alex Okun, M.D. | David D. Olds, M.D. |
| Monty Howell Oppenheim, M.D. | Steven M. Orland, M.D. | Martin W. Oster, M.D. |
| Steven Mark Ostrow, M.D. | Andrew J. Packer, M.D. | Michael R. Pagnotto, M.D. |
| Diana Alison Palmer, M.D. | Shirley N. Pan, M.D. | Kim Marie Panzarella, M.D. |
| David S. C. Pao, M.D. | George L. Paris, M.D. | O’Neall E. Parris, M.D. |
| Michael F. Parry, M.D. | Stephen Mch Pauley, M.D. | John L. Paulus, M.D. |
| Samuel H. Pepkowitz, M.D. | Jose R. Perez-Sanz, M.D. | Howard J. Perofsky, M.D. |
| Karl H. Perzin, M.D. | John H. Phillips, M.D. | Richard N. Pierson Jr., M.D. |
| Florentino P. Pina, M.D. | Jeffrey M. Pines, M.D. | Herbert E. Poch, M.D. |
| Burton J. Polansky, M.D. | Jewish Communal Fund | David M. Pollack, M.D. |
| Jeffrey Scott Pollak, M.D. | Eric Drukker Popjes, M.D. | Cedric W. Porter Jr., M.D. |
| Peter J. Puchner, M.D. | Donald O. Quest, M.D. | Mrs. Ilona M. Quest |
| Brian J. Quinn, M.D. | Thomas Joseph Quinn, M.D. | Khether E. Raby, M.D. |
| Paula Ann Randolph, M.D. | Helen M. Ranney, M.D. | Marjorie J. Raskin, M.D. |
| Joel M. Rein, M.D. | Harvey L. P. Resnik, M.D. | Retina Consultants, P.C. |
| Jack Reynolds, M.D. | Samuel T. Rhee, M.D. | Diane M. Ridley-White, M.D. |
| Robert A. Riehle Jr., M.D. | William Gary Roberts, M.D. | Beth Deacon Rockcress, M.D. |
| Benjamin M. Romney, M.D. | Hilary Jane Ronner, M.D. | Seth E. Rosenzweig, M.D. |
| William B. Ruderman, M.D. | Jeffrey F. Rueda, M.D. | Albert Ruenes Jr., M.D. |
| Mrs. Cynthia R. Ruenes | A. John Rush Jr., M.D. | Derald H. Ruttenberg Foundation |
| Margaret B. Ruttenberg, M.D. | Michael Hunter Ryan, M.D. | G. Paul Savidge, M.D. |
| Peter R. Scaglione, M.D. | David T. Schaaf, M.D. | Bernard P. Schachtel, M.D. |
| Alan N. Schechter, M.D. | Geraldine P. Schechter, M.D. | Alfred L. Scherzer, M.D. |
| Mark P. Schlesinger, M.D. | Katherine A. Schneider, M.D. | Harvey A. Schneier, M.D. |
| Norman Yigal Schoenberg, M.D. | John V. Scholes, M.D. | John N. Schullinger, M.D. |
| Jana Schweitzer Rice, M.D. | Wendell O. Scott, M.D. | Wirt S. Scott Jr., M.D. |
| Thomas P. Sculco & Cynthia D. Sculco Fdn. | Thomas P. Sculco, M.D. | Alan Zachary Segal, M.D. |
| Elyse Seidner-Joseph, M.D. | Hugh S. Selznick, M.D. | John W. Severinghaus, M.D. |
| Steven J. C. Shea, M.D. | Daniel A. Sherber, M.D. | Erica Zoe Shoemaker, M.D., M.P.H. |
| Sarah Esther Shrager, M.D. | Robert D. Siegel, M.D. | Joseph Garret Sinning, M.D. |
| Anneliese L. Sitarz, M.D. | Mary E. Leder Skalina, M.D. | Lawrence J. Slutsky, M.D. |
| Michael J. Smith, M.D. | Gary A. Sobelson, M.D. | Richard M. Spiegel, M.D. |
| Susan J. Standfast, M.D. | Paul M. Starker, M.D. | Daphne Brooks Stewart, M.D. |
| Linda C. Stork, M.D. | Raphael B. Stricker, M.D. | Mary A. Sullivan, M.D. |
| David S. Svahn, M.D. | Edward K. Sweeny, M.D. | Adam G. Tattelbaum, M.D. |
| Vijay Michael Thadani, M.D. | Gary David Thal, M.D. | Ann R. Thomas, M.D. |
| Dustin Elliott Thomason, M.D. | Richard Brad Thompson, M.D. | Marc Francis Tissot, M.D. |
| Elizabeth M. Tucker, M.D. | James N. Tucker, M.D. | Sara S. Tucker, M.D. |
| Dorothy Estes Turino, M.D. | Gerard M. Turino, M.D. | P. Roy Vagelos, M.D. |
| Valley Cardiovascular Associates, P.C. |
George A. Violin, M.D. | Michael Vostrejs, M.D. |
| David Matthew Walker, M.D. | William H. Wallop, M.D. | Candace Cooper Walworth, M.D. |
| Angela Amy Wang, M.D. | Matthew Mendioro Watson, M.D. | Michael T. Webb, M.D. |
| James Matthew Weisz, M.D. | Jeanine Lori Werner, M.D. | Iris Wertheim, M.D. |
| Ellen M. Whalen, M.D. | Gail S. Williams, M.D. | Bryan J. Winn, M.D. |
| Brent Richards Wise, M.D. | Richard Norris Wissler, M.D. | Ms. Carolyn Wong |
| Thomas M. Woodcock, M.D. | Clyde Y.C. Wu, M.D. | Yablon Foundation |
| Mr. Leonard H. Yablon | Andrew W. Zimmerman, M.D. | Felice R. Zwas, M.D. |
From the CU Senate on down, students play an active role in the government and administrative life of the University. At P&S, student representatives serve on every major committee with the exception of the Faculty Committees concerned with review of individual student records. The various committees, their responsibilities and membership are listed below:
As chief policy-making body of the University, recommends policy to Board of Trustees for issues concerning more than one division of the University.
Functions include evaluating and implementing admissions policies; evaluating prospective students and providing them with information about P&S.
See Chapter 3 for a description of the Addiction
Students and alumni work together in addressing students’ needs and concerns - The Committee also undertakes various projects such as career forums, mentoring programs, alumni visiting programs and many more.
Concerned with the common areas of Bard Hall, including the Bard Athletic Club and activity rooms. Meets monthly to formulate policy for the Commons.
Concerned with all matters concerning curricular affairs, including review and evaluation of courses and formulation of proposals for curricular changes.
Meets monthly; with direct access to the Dean, serves as the main channel of communication between Dean and students; considers a broad range of issues of concern to students; has direct access to Dean, bypassing bureaucracy.
Called into session at the discretion of the Dean or on recommendation of students.
Surveys the class regarding budget, draws up a budget for the class; organizes a joint Financial Aid/Alumni fund raising phonathon; organizes letter writing campaigns and Congressional visits related to Federal and New York State for legislation.
Concerned with the housing needs of the Columbia University Medical Center community.
Meets with Associate Dean for Scholarly Resources and the library director regularly to consider matters of concern to students such as hours, facilities, computerization.
Organizes and provides P&S’ extracurricular programs. Includes Bard Hall Players, athletics, AMSA. All P&S students are automatically members.
Meets once a month; concerned with implementation of measures to improve and increase security on the Columbia University Medical Center Campus.
Meets once a month; sets ongoing review and revision of programs to meet health needs of student body.
The goal of the P&S Student Wellness Committee is to foster the overall well-being of each student at the College of Physicians and Surgeons (P&S). The committee addresses the emotional, physical, academic, and professional concerns of medical students by:

More than 1,000 students reside in Medical Center accommodations, a practical and cost-effective way to live in Manhattan. Students who live on campus have the opportunity to take advantage of the resources that both Columbia University and New York City have to offer.
All newly accepted medical students are eligible to apply for University housing at the Medical Center. Housing is offered to single students-those who are seeking accommodations only for themselves, and student couples-those who are seeking accommodations for themselves and their spouse/domestic partner.
Students must maintain full time matriculated status throughout their stay in CUMC housing. Students will be asked to leave University housing if their status drops to part-time. October and February graduates have until the end of the month in which they graduate to move out of University housing. May graduates are required to move out by the last day of their contract/lease.
All first year single students are guaranteed housing in Bard Hall for their first year of medical school. Bard Hall is an 11-story building that contains dormitory style rooms with community bathrooms, student lounges, the campus athletic facility and roof top terraces overlooking the Hudson River and the George Washington Bridge. The building is also home for students enrolled in the College of Dental Medicine and the Schools of Nursing and Public Health. The University’s Faculty-in-Residence also resides in the building.
Housing for couples is available to married couples and couples living in domestic partnership. Domestic partners are defined as two individuals who live together in a long-term relationship of indefinite duration, have an exclusive commitment to each other’s welfare and share financial obligations. Accommodations must be occupied by both the student and their spouses or domestic partner. Documentation is required to qualify as a married couple or as domestic partners. Housing is allocated on a non-discriminatory basis.
Student couples live in typical apartment style accommodations in Bard-Haven Towers, 106 and 154 Haven Avenue. The three towers serve as the landmark feature of Medical Center housing where student couples live in spacious, unfurnished junior and full-size one-bedroom apartments. Students seeking a more typical New York experience reside at the 106 Haven Avenue Residence, a classic New York style walk-up, or the 154 Haven Avenue Residence.
Students living in Bard Hall (dorm housing) are issued a housing option package in March. This packet outlines a student’s housing options for the upcoming academic year.
Students living in Bard-Haven Towers, 106 & 154 Haven Residences (apartment housing) are issued standard New York City leases with additional riders that pertain to Columbia University. Lease renewal information is distributed to all student tenants in April. Unit rental rates are subject to annual increase at that time.
Students living in Bard-Haven Towers, 106 & 154 Haven Residences may request to sublet if they will be participating in an approved academic field work or research away from the University or will not be on campus during the summer or intercession when they are not registered for classes. Sublet guidelines and the Application for Permission to Sublet are available from the Office of Housing Services. The application should be submitted for approval at least 30 days prior to the requested sublet date.
Applications for students seeking couples housing for their second, third and fourth years of medical school are distributed and accepted from February 1 to March 30. Applications received by the March 30th deadline are randomly numbered to establish the order in which applicants will be assigned. Assignments are made by matching each applicant’s preference with unit available. Move-in occurs in August. In the event that there are more applications than housing units, the remaining applications are wait listed. Applications remain active until August 31.
May graduates who reside in University housing and will continue after graduation as post-doctoral research fellows or residents at Presbyterian Hospital may apply to continue in University housing. Applications are distributed by the Housing Office in mid-March. Upon approval, post grads are required to vacate their single student-designated apartment and are reassigned a studio apartment in Tower III or 154 Haven Avenue Residence. Post grads who reside in student couple’s housing may remain in their current accommodation. Continued housing is offered for a maximum of one year.
Most medical students look for an apartment within walking distance of the Medical Center. Besides being convenient, these apartments generally have lower rents than those downtown. Apartment hunting tips, local apartment listings and advice on when and where to look are provided by the Office of Housing Service’s off-campus resource officer.
A campus-wide telecommunication system provides service to all residential buildings. A variety of features are offered including five digit on-campus dialing, voicemail and 3 way conference calling. You may keep your telephone number if you move to another campus residence.
All residential units are wired which means that you are able to connect a properly configured computer and network adapter card to the Campus computer network. Residents can call the Information Commons at 305-Help for assistance or can register their computer’s hardware address online at http://www.cubhis.org/IC/support_center/resnet.html.
The residential buildings are staffed with 24 hour security personnel. Students must present medical center identification to enter all campus buildings. Student’s spouses/partners are issued an access I.D. for the building in which they reside.
Residents are welcome to have visitors. Your visitor should report to the security/doorman desk in your building. You will be called by staff to announce the arrival of your visitor and to confirm that you are home. Your visitor will not be given access to the building if you are not in. Each visitor will be asked to leave a photo I.D. and will be issued a Visitor Pass. It is not permissible to have a permanent visitor/guest in your room/unit. Under no circumstance will Housing Office personnel issue your visitor a key to your room/apartment or let your visitor into your unit when you are away.
When you invite a visitor to campus, you assume responsibility for his/her behavior. In addition, your visitor is responsible for following all University rules and regulations as would any other member of the living community. Visitor privileges may be revoked as a result of inappropriate behavior by you or your visitor. Policy violations will be referred to the Housing Administration and to the Dean of Students of the host’s school if necessary.
Delivery men are not permitted in the residential buildings. Residents must come down to the security/doorman desk to accept a delivery.
Bard Hall Commons is the center for activities on the Columbia University Medical Center Campus. The first floor of Bard Hall supports a variety of student activities and services-the P&S Club, the Office of Student Wellness, Pastoral Counseling, and the Ombuds office. Study and meeting space is available in the Recovery Room and Main Lounge. There are four music/practice rooms.
Large student group activities and campus meetings are held in the 1b dining room. The Bard Athletic Center, located on the 3b level of the building, encompasses a 20-yard swimming pool, three squash courts, a gymnasium, aerobics room, lockers, showers and saunas. Students can develop a workout program using the facility’s treadmills, ellipticals, rowing machines, stair climbers. A number of scheduled exercise programs are offered. The facility is handicapped accessible. Students can call the Office of Housing Services(304-7000) or the Bard Athletic Center (304-7010) for information regarding services, programs and fees.
The Campus Guide makes getting around campus easy. The guide includes sections on athletic facilities, banking, buildings and grounds, bookstores, study areas, classrooms and more. http://www.columbia.edu/about/guide
Two CUMC associated early childhood programs serve the Health Sciences community:
The Medical Center Nursery School, an independent, non-profit nursery school and kindergarten, provides half-day and full-day programs for children aged 2 years through 6 years.
The school, located in Bard-Haven Tower I, is licensed by the Department of Health of the City of New York, registered with the Education Department of the University of the State of New York, and accredited by the NAEYC Academy for Early Childhood Program Accreditation.
The following sessions are offered:
The school has three well-equipped, spacious classrooms, each of which has a view of the Hudson River, an additional indoor space for gross motor activities, and an outdoor play area on the Terrace, one floor above the school.
Further information may be obtained from:
The Medical Center Nursery School
60 Haven Avenue,
New York,
NY 10032
Phone: (212) 304-(2)7040
Fax: (212) 544-(2)4243
Web: www.mcns.org
Email: mcns@mcns.org
The Presbyterian Hospital Infant and Child Care Center located at 61 Haven Avenue provides high-quality child care service interfaced with a rich developmental curriculum. The Center serves children two months through five years of age. Admission is open to children of all Medical Center Personnel as well as children from the community. Our rolling admissions are made on a first applied/first considered basis. The program is licensed and monitored by the New York City Department of Health.
The Center is housed in a recently renovated building that accommodates 66 children. The classrooms are fully equipped with central air and furnished to accommodate small children. In addition, the children use local parks, the hospital garden, a backyard play space and our rooftop play area for outside activities.
The Center’s hours are Monday through Friday from 6:15 a.m. - 9:00 p.m. The Center is open year-round and closes nine days in observance of holidays. The Center offers full-time, part-time, early evening and emergency backup services.
For application information please contact:
Director: Elaine Shepherd Rexdale
61 Haven Avenue,
New York, NY 10032
Phone: (212) 927-2723
Fax: (212) 740-7376
The superbly equipped Bard Athletic Center encompasses a 20-yard swimming pool, three squash courts, a gymnasium and multi-purpose exercise rooms with Nautilus and Universal exercise equipment, dumbbell sets and benches, stationary bicycles and rowing machines, stair climbers, treadmills, lockers, showers, and saunas. The Club also offers aerobic sessions throughout the year.
Phone: (212) 304-7010.
The Marcellus Hartley Dodge Physical Fitness Center features two full-size gyms, two swimming pools, seventeen squash and handball courts, fully-equipped exercise and weight room, judo-karate room, fencing room, wrestling room, indoor track and two saunas. Also on campus are four tennis courts and platform tennis court.
Baker Field, Columbia’s principal outdoor athletic facility, located at the northern tip of Manhattan, features a football field and stadium, a baseball field, soccer field, running track, seven tennis courts, and several practice fields.
Recognized student groups may reserve space/rooms on the Columbia University Medical Center Campus for events. These spaces include: the Riverview Lounge, the Bard Hall Dining Room and 12th Floor Roof Top Terrace, classrooms, auditoria, and labs.
When alcohol is served the following rooms have been designated as “event spaces:” the Riverview Lounge, the Bard Hall Dining Room and 12th Floor Roof Top Terrace. Classrooms, auditoria and laboratories are not available for such events.
Contact the appropriate room reservation office to determine if the space is available.
The Riverview Lounge, classrooms, auditoria, labs
Classroom Management
Location: PH 17-106
Phone: 305-7528
The Bard Hall Dining Room, 12th Rooftop Terrace
The Columbia University Medical Center Housing Office
Location: Bard Hall, 50 Haven Avenue
Phone: 304-7000
Complete the appropriate room reservation form. When alcoholic beverages will be served at the student-sponsored event, a staff member will discuss guidelines and procedures related to Columbia University Medical Center’s policy on serving alcohol. You will be asked to complete the Registration for Serving Alcoholic Beverages Form.
Within 2 business days of making the room reservation and receiving confirmation, the Registration for Serving Alcoholic Beverages Form must be signed by the Dean of Student Affairs of your school and returned to the reservation office.
The Medical Center Public Safety Office is located at 650 West 168th Street, New York, NY 10032; telephone: 212-305-8100. The Morningside Heights Public Safety Office is at 111 Low Library, 535 West 116th Street, New York, NY 10027; telephone: 212-854-2796; emergency number: 212-854-5555.
The University is required by federal law to publish an annual security report containing information with respect to campus security policies and statistics on the incidence of certain crimes on and around our campuses. This information is available in FACETS, the University student handbook (http://www.columbia.edu/cu/facets/), at the Web site for the United States Department of Education (http://ope.ed.gov/Security/search.asp), by requesting a copy of the report from: Campus Crime Report, Department of Public Safety, Columbia University, 111 Low Library, Mail Code 4301, 535 West 116th Street, New York, NY 10027; or on the Public Safety Web site (http://www.columbia.edu/cu/publicsafety/).
The dangers of living in New York City, and especially near the Medical Center, are greatly exaggerated. Common sense and a knowledge of how to safeguard yourself and your possessions provide a powerful defense against what hazards there are. The Columbia University Medical Center administration offers a series of informal seminars on security that can help you acquire “street smarts,” and both campus security and the local police precinct are eager to provide advice or real assistance. Columbia has enlarged and improved its security service, with increased outdoor and on-street guards and a roving patrol car. There is a Medical Center shuttle bus to take you to nearby housing, an escort service, and a shuttle bus to the Morningside Heights campus.
The CUMC Security Task Force, which meets regularly to examine security problems and initiate solutions, includes student members.
The College of Physicians and Surgeons is making every effort to ensure the security and safety of all its members.
All Columbia University buildings on the CUMC campus are under the direction of a centralized Columbia University Department of Public Safety. These C.U. buildings include the P&S Building, the Black Building, Georgian, Hammer Health Sciences Center (all on 168th street) and Bard Hall, Bard-Haven Towers, 80 Haven, 106 Haven and 154 Haven Avenue, the Russ Berrie Medical Science Pavilion, the Lasker Building, and the Irving Cancer Research Center.
All Columbia University buildings are patrolled by CU security twenty-four hours per day.
The area from 168th Street to 173rd Street along Fort Washington and Haven Avenues is patrolled twenty-four hours a day by C.U. Department of Public Safety.
Escort Service by the Columbia University Department of Public Safety is available to students within the following boundaries: W. 165th to W. 179th Streets, Broadway to Haven Ave. To request a door to door escort within this area, call Columbia Public Safety Office, 305-8100 or 5-8100, 15 minutes before you need the service so that staff may meet you. An escort by foot patrol officer is available 24 hours a day. During evening hours, 6pm to 7am, a vehicle escort may be available but cannot be guaranteed.
For information, call (212) 854-8513. Refer to Facets for a more comprehensive look at security at Columbia University or visit the Columbia University Department of Public Safety web page.
For your own personal safety and security be mindful of the following:
Generally, simply keep your eyes open and be aware of what’s going on around you. Walk in the middle of the sidewalk.
The following shuttle services are available to students
| From | Time | To | From | Time | To |
|---|---|---|---|---|---|
| HS | 6:30 a.m. | HH | MS | 3:45 p.m. | HS |
| HH | 6:50 a.m. | HS | HS | 4:00 p.m. | MS |
| HS | 7:10 a.m. | HS | MS | 4:15 p.m. | HS |
| HH | 7:30 a.m. | HS | HS | 4:30 p.m. | HH |
| HS | 7:50 a.m. | HH | HH | 4:50 p.m. | HS |
| HH | 8:05 a.m. | MS | HS | 5:05 p.m. | MS |
| MS | 8:20 a.m. | HS | MS | 5:25 p.m. | HS |
| HS | 8:40 a.m. | MS | HS | 5:45 p.m. | MS |
| MS | 9:00 a.m. | HS | MS | 6:05 p.m. | HS |
| HS | 9:25 a.m. | HH | HS | 6:25 p.m. | HH |
| HH | 9:45 a.m. | MS | HH | 6:45 p.m. | HS |
| MS | 10:05 a.m. | HS | HS | 7:35 p.m. | MS |
| HS | 10:20 a.m. | MS | MS | 7:50 p.m. | HS |
| MS | 10:35 a.m. | HS | HS | 8:05 p.m. | Lcl |
| HS | 10:55 a.m. | HH | HS | 8:15 p.m. | MS |
| HH | 11:15 a.m. | HS | MS | 8:35 p.m. | HS |
| HS | 12:05 p.m. | MS | HS | 8:55 p.m. | Lcl |
| MS | 12:20 p.m. | HS | HS | 9:15 p.m. | MS |
| HS | 12:35 p.m. | HH | MS | 9:35 p.m. | HS |
| HH | 12:55 p.m. | HS | HS | 9:55 p.m. | Lcl |
| HS | 1:25 p.m. | MS | HS | 10:05 p.m. | MS |
| MS | 1:40 p.m. | HS | MS | 10:25 p.m. | HS |
| HS | 1:55 p.m. | HH | HS | 10:45 p.m. | MS |
| HH | 2:15 p.m. | HS | MS | 11:05 p.m. | HS |
| HS | 2:35 p.m. | MS | HS | 11:30 p.m. | MS |
| MS | 2:50 p.m. | HS | MS | 11:50 p.m. | HH |
| HS | 3:05 p.m. | HH | HH | 12:10 a.m. | HS |
| HH | 3:25 p.m. | MS | |||
All scheduled times are approximate; please allow two to three minutes variance. During the summer months June, July, and August-the shuttle runs on the same schedule as during the academic year, except that there is no service between the Columbia University Medical Center and Morningside campuses after 8:00 p.m. There is no shuttle service on New Year’s Day, Dr. Martin Luther King Jr.’s Birthday observed, Memorial Day observed, and Independence Day.
Copies of Columbia University Medical Center Shuttle Schedule are available in the Department of Public Safety, Room 109, Black Building.

The Arnold P. Gold Foundation founded The White Coat Ceremony at commencement exercises at Columbia University’s College of Physicians and Surgeons in 1993, where Dr. Arnold Gold has been a teacher and pediatric neurologist for more than forty years.
The Gold Foundation initiated commencement awards in 1991 for a faculty member and a student who best demonstrate both humanistic care and clinical excellence. In support of the awardees, Doctors Arnold and Sandra Gold regularly attended graduation exercises at Columbia where it is customary for medical students to recite the Hippocratic Oath. This noble 2,500 year old tradition obligates new doctors to high professional standards for patient care and the practice of medicine.
Dr. Gold became aware, as he witnessed Columbia’s graduation ceremony each year, that the recitation of the Hippocratic Oath, when students accept the obligations of our profession, comes four years too late. It is during medical school that students experience their initial contacts with patients and establish their professional orientation. The Foundation believes that medical students should be given well defined guidelines regarding the expectations and responsibilities appropriate for the medical profession prior to their first day of education and training. This is what inspired the Gold Foundation to begin advocacy and sponsorship of what has become the “White Coat Ceremony.”
Providing a ritual to mark the passage of the student into our medical society is as old as the Hippocratic Oath itself. Hippocrates administered an oath to students before their medical studies began, not after they were completed.

To empower the student entering the third year, a new “rite of passage” has been developed. This ceremony marking the transition has been designed to assist beginning third year medical students as they enter the clinical stage in their medical education.
The ceremony has three primary elements. The first is the presentation of a monetary award and certificate of recognition to six residents chosen as superb teachers and role models by members of the outgoing third year class. The second element is a gift for each member of the incoming third year class of a book and a survival guide to encourage them as they advance into their clinical studies. Finally, a keynote speaker, selected as an outstanding role model by members of the outgoing third year class, gives an inspiring address and a student-provided video is shown.
A noticeable benefit has been appreciable bonding among members of the second and third year students, faculty and residents.
The goals of the third year clinical transition include finding ways to alleviate anxiety as students meet their first patients, better preparing them for their hospital training, nurturing relationships among second and third year students and mentors, providing additional opportunities for communication and re-taking the Hippocratic Oath.
We lost Dr. Steven Z. Miller, faculty advisor for this event, pediatrician, colleague and friend, in a tragic small plane crash in Kirksville, Missouri in October 2004. The official name of the ceremony has been changed to reflect Steve’s memory and is now be known as the Steven Z. Miller Student Clinician’s Ceremony.

Congratulations to the six recipients of the Arnold P. Gold Foundation Humanism and Excellence in Teaching Award. Chosen by the P&S Class of 2008
Obstetrics/Gynecology
Surgery
Urology
Pediatrics
Medicine
Neurology
P&S has over 40 named prizes awarded at commencement each May. These are endowed by generous gifts whose donors wished to recognize a person whose name is on the prize. They cover the gamut from compassionate patient care to participating in the community to outstanding leadership. In addition, 15% of the class is elected to Alpha Omega Alpha, the national medical honor society, for outstanding academic achievement, leadership and service, and 12% to the Gold Humanism Honor Society.
The second honors convocation for P&S and was held Tuesday, May 17, the day before graduation, which was Wednesday, May 18.

Each May, commencement ceremonies are held on both the Morningside and the Columbia University Medical Center campuses.
Commencement traditionally falls on the third Wednesday of May. In the morning, P&S graduates participate in the large Columbia University commencement ceremony at Low Plaza on the Morningside campus. The Columbia University President confers degrees and delivers the commencement address to nearly 10,000 Columbia graduates. Each faculty of the University presents its candidates. Medical school candidates, presented by the P&S dean, recite the Hippocratic Oath.
In the afternoon of that day, graduates receiving M.D. or Ph.D. degrees gather in the Medical Center garden. A commencement speaker is identified by the fourth year medical school class. Notable speakers have included actor Alan Alda, Nobelist Harold Varmus, author Robert Coles, Surgeon General Jocelyn Elders, author Oliver Sacks, and astronaut Storey Musgrave. The Hippocratic Oath is recited again at this ceremony. Awards are bestowed on graduating students and faculty. The graduating class presents a distinguished teacher award. At this ceremony, graduating students receive their diplomas from the Dean of the Faculties of Medicine. A reception follows the graduation ceremony.

| Doctor Harry S. Altman Award | For outstanding achievement in Pediatric Ambulatory Care |
| Alumni Association Award | For outstanding service to the College of Physicians & Surgeons |
| Virginia P. Apgar Awards | For excellence in Anesthesiology and Intensive Care |
| Michael H. Aranow Memorial Prize | For best exemplifying the caring and humane qualities of the practicing physician |
| Herbert J. Bartelstone Award | For exceptional accomplishments in Pharmacology |
| The Edward J. Bello, M.D. Listening Award |
To a graduating student who best portrays the art of listening to patients, colleagues and self in practicing the chosen field of Medicine |
| Robert G. Bertsch Memorial Award | To a graduate who best typifies Dr.Bertsch’s ideals of the humane surgeon |
| Coakley Memorial Prize | For outstanding achievement in Otolaryngology |
| Titus Munson Coan Prize | For the best essay in biological sciences |
| Thomas F. Cock Prize | For excellence in Obstetrics and Gynecology |
| Rosamond Kane Cummins ’52 Award | To an outstanding student entering Orthopedics who exhibits academic excellence, sensitivity, kindness, devotion to patients, and the fine human qualities that she exemplified |
| The Endocrine Society’s Medical Student Achievement Award | |
| Frederick P. Gay Memorial Award | For achievement in Microbiology |
| Louis Gibofsky Memorial Prize | For research in Nephrology, Immunology or Transplant Immunobiology |
| Glasgow-Rubin Achievement Awards | For women students graduating in the top 10 percent of their class |
| Dr. Charles E. Hamilton Award | For excellence in pulmonary disease |
| Janeway Prize | For the highest achievement and abilities in the graduating class |
| Albert B. Knapp Scholarship | Awarded at the conclusion of the 3rd year to the medical student evaluated by the Medical Faculty to have achieved the highest scholarship in the first three years |
| Doctor Harold Lamport Biomedical Research Prize |
For excellence in research |
| John K. Lattimer Prize | For the outstanding essay in Urology |
| Barbara Liskin Memorial Award in Psychiatry | Awarded to a student with the empathy, scholarship and excellence exhibited by Barbara Liskin |
| Dr. Robert F. Loeb Award | For excellence in clinical medicine |
| The F. Lowenfish Prize | For creative research in Dermatology |
| Admiral David Willard Lyon Award | For outstanding academic achievement by a student serving in the Armed Forces of our country |
| Alfred M. Markowitz Endowment for Scholars |
Exemplifies Dr. Markowitz’s dedication to patient care, teaching, and scholarship |
| The Leonard Marmor Surgical Arthritis Foundation Award |
For outstanding academic achievements |
| Doctor Cecil G.Marquez B.A.L.S.O. Student Award for Excellence | For outstanding contribution to the Black and Latino Student Organization and the minority community |
| Edith and Denton McKane Memorial Award | For outstanding research in Ophthalmology |
| Medical Society of the State of New York Community Service Award | |
| Medical Society of the State of New York | To a graduating student for outstanding community service |
| Dr. Harold Lee Meierhof Memorial Prize | For outstanding achievement in Pathology |
| The Doctors William Nastuk, Beatrice Seegal, Konrad Hsu Award | To a graduating student who has demonstrated successful laboratory collaboration between student and faculty |
| Marie Nercessian Memorial Award | For exhibiting Armenian descent who has shown care, unusual concern and dedication to helping sick people |
| New York Orthopedic Hospital Award | For outstanding performance in research and clinical work |
| The Office of Student Affairs Outstanding Service to P&S Award | |
| Joseph Garrison Parker Award | Elected by classmates as exemplifying through activities in art, music, literature and the public interest the fact that living and learning go together |
| Samuel W. Rover and Lewis Rover Award | For outstanding achievement in research in Anatomy and Cell Biology |
| Samuel W. Rover and Lewis Rover Award | For outstanding achievement in Biochemistry and Molecular Biophysics |
| Samuel W. Rover and Lewis Rover Award | For outstanding achievement in Genetics and Development |
| The Drs. Robert A. Savitt and George H. McCormack Award | Exemplifying Dr. George McCormack’s medical skill, consideration, understanding and compassion |
| Rebecca A. Schwarz Memorial Prize | For achievement in Pediatric Cardiology |
| Helen M. Sciarra Prize in Neurology | For outstanding achievement in Neurology |
| Aura Severinghaus Award | In recognition of superior academic achievement |
| The Society for Academic Emergency Medicine Award | For excellence in the specialty of Emergency Medicine |
| Miriam Berkman Spotnitz Award | For excellence in research and treatment of neoplastic diseases |
| Student Interest Group in Neurology Prize | |
| The Leonard Tow Humanism in Medicine Award | Presented by the Arnold P. Gold Foundation for excellence in science and compassion in patient care |
| Dr. William Perry Watson Prize in Pediatrics | For excellence in Pediatrics |
| Dr. William Raynor Watson Memorial Award | For excellence in Psychiatry throughout 4 years of medical school |
| Dr. Allen O.Whipple Memorial Prize | For outstanding performance in Surgery |
| Sigmund L. Wilens Prize | For excellence in Pathology |

Each year, the various classes elect Teachers of the Year to whom they wish to express gratitude for excellence in teaching and service above and beyond the call of duty.
Dr. Jay Lefkowitch:
Department of Pathology
Dr. Noel Robin:
Department of Medicine
Dr. Michael Devlin:
Department of Psychiatry
Dr. Thomas Garrett:
Department of Pathology
Dr. Letty Moss-Salentijn:
Department of Pathology and Cell Biology
In August all fourth year students register for the National Residency Match Program. Students may withdraw later only if they are accepted into an Armed Forces residency program or if they decide to postpone entering into a PGY-1 residency. The following tentative calendar gives an idea of the way in which the NRMP process unfolds during the student’s fourth year.
| January-August: | Students meet with Associate Dean for Student Affairs, for “Medical Student Performance Evaluation (MSPE)” interview and for career counseling. |
| July-October | Residency applications completed and submitted. |
| November 1 | MSPEs are submitted to hospital program directors as requested by students. |
| December-January | Interview month. Students interview at hospital programs. |
| February 27 | Student rank order lists are due at NRMP; also hospital rank order lists. |
| March 20 | MATCH DAY. Announcement of NRMP results. |
| Field | # of Students | Field | # of Students |
|---|---|---|---|
| Medicine-Categorical | 24 | Pediatrics | 15 |
| Anesthesiology | 14 | Psychiatry | 11 |
| Orthopedic Surgery | 10 | Radiology | 10 |
| Surgery-Categorical | 9 | Neurosurgery | 7 |
| Otolaryngology | 6 | Emergency Medicine | 5 |
| Dermatology | 4 | Ophthalmology | 4 |
| PGY-1 Deferred | 4 | Neurology | 3 |
| Urology | 3 | Business | 2 |
| Obstetrics & Gynecology | 2 | Oral/Maxillofacial Surgery | 2 |
| Radiation Oncology | 2 | Surgery-Plastic | 2 |
| Surgery-Prelim | 2 | Family Practice | 1 |
| Medicine-Prelim.(1 yr only) | 1 | Pathology | 1 |
| Physical Medicine | 1 | Total | 145 |
| Graduate | Appointment | Specialty |
|---|---|---|
| Jonthan Amiel | NYP Hosp-Columbia Univ Medical Center | Psychiatry |
| David Anthony | NYP Hosp-Weill Cornell Medical Center | Emergency Medicine |
| Roy Arogyasami | Carilion Health System St. Luke’s/Roosevelt Hospital |
Transitional Ophthalmology |
| Sara Auld | Massachusetts General Hospital | Internal Medicine |
| Gina Badalato | NYP Hosp-Columbia Univ Medical Center NYP Hosp-Columbia Univ Medical Center |
Surgery-Preliminary Urology |
| Ebube Bakosi | Morristown Memorial Hospital | Surgery |
| Nike Beaubier | NYP Hosp-Columbia Univ Medical Center | Pathology |
| Anna Bender | St. Vincent’s Hospital NYP Hosp-Weill Cornell Medical Center |
Medicine-Preliminary Dermatology |
| Arnaud Bewley | Hospital of the Univ of PA | Otolaryngology |
| Natalie Bowman | Johns Hopkins Hospital | Internal Medicine |
| Maria Bradley-Moore | UC San Francisco | Psychiatry |
| Cristina Brickman | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Whitney Bryant | NYU School of Medicine | Emergency Medicine |
| Patricia Burkhart | Mary Imogene Bassett Mayo School of Graduate Medical Education |
Transitional Radiology-Diagnostic |
| Lucas Campos | U Michigan Hosps-Ann Arbor | Anesthesiology |
| Michael Cavnar | NYU School of Medicine | Surgery |
| Kenneth Chambers | UCLA Medical Center | Orthopedic Surgery |
| Chien Chen | Atlantic Health System UC San Francisco |
Transitional Radiation Oncology |
| Sean Cheng | NY Hosp/Med Ctr Queens | Medicine-Preliminary |
| Judy Chertok | NYP Hosp-Columbia Univ Medical Center NYP Hosp-Columbia Univ Med Ctr |
Family Medicine Anesthesiology |
| Peter Chung | UCLA Medical Center | Pediatrics |
| Valerie Collins | Riverside Methodist Barnes-Jewish Hospital |
Medicine-Preliminary Anesthesiology |
| Chadi Cortas | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Katharine Cronk | Barrow Neurological Inst | Neurosurgery |
| Nicole Curci | Stony Brook Teaching Hospital | Surgery |
| Lisa Czanko | Stanford University | Internal Medicine |
| Samuel Dellenbaugh | Albany Medical Center | Orthopedic Surgery |
| Anand Desai | NYP Hosp-Columbia Univ Medical Center | Psychiatry |
| Catherine DiSipio | NYP Hosp-Columbia Univ Medical Center | Pediatrics |
| Matthew Doran | St. Joseph Mercy – Ann Arbor Brigham & Womens Hospital |
Transitional Anesthesiology |
| Caroline Drewes | NYU School of Medicine | Obstetrics & Gynecology |
| Kevin Driver | Duke University Medical Center | Internal Medicine |
| Tresha Edwards | NYP Hosp-Columbia Univ Medical Center | Psychiatry |
| Francoise Eipper | St. Luke’s-Roosevelt Hospital Center Oregon Health & Science Univ |
Medicine-Preliminary Anesthesiology |
| Martin Epson | Oregon Health & Science Univ | Psychiatry |
| Maryam Eskandari | CA Pacific Medical Center | Psychiatry |
| Lauren Fabian | NYP Hosp-Columbia Univ Medical Center | Orthopedic Surgery |
| Michael Farwell | St. Luke’s Roosevelt Hospital NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Radiology-Diagnostic |
| David Fusco | Barrow Neurological Inst | Neurosurgery |
| David Fussell | New York Downtown Hospital NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Radiology-Diagnostic |
| Clifford Georges | SUNY HSC Brooklyn | Urology |
| Luke Gerke | NYU School of Medicine NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Radiology-Diagnostic |
| Ruth Gerson | Cambridge Hospital | Psychiatry |
| Vinai Gondi | St. Luke’s-Roosevelt Hospital U Wisconsin Hospital and Clinics |
Medicine-Preliminary Radiation Oncology |
| Nadia Goodwin | Einstein/Montefiore Medical Center | Pediatrics |
| Jordan Goss | U Texas SW Medical School | Radiology-Diagnostic |
| Holly Graves | Hosp of the Univ of PA | Surgery |
| Evonne Greenidge | Einstein/Montefiore Medical Center NYP Hosp-Columbia Univ Med Ctr |
Medicine-Preliminary Anesthesiology |
| Thomas Grogan | St. Luke’s-Roosevelt Hospital Center NYP Hosp-Columbia Univ Med Center |
Medicine-Preliminary Anesthesiology |
| Jennifer Grossman | UCLA Medical Center | Internal Medicine |
| Jason Guyotte | Emory University School of Medicine | Internal Medicine |
| Robert Hallowell | Johns Hopkins Hospital | Internal Medicine |
| Anne Han | Case Western Reserve/Univ Hosps Cleveland | Medicine-Preliminary |
| Austin Hayes | U Washington Affil Hosps | Plastic Surgery |
| Rachael Hartman | Northwestern McGaw | Medicine-Dermatology |
| Bjorn Herman | Jackson Memorial Hospital | Otolaryngology |
| Sara Herman | St. Luke’s-Roosevelt Hospital Center Brigham & Women’s Hospital |
Medicine-Preliminary Anesthesiology |
| Zachary Hickman | NYP Hosp-Columbia Univ Medical Center NYP Hosp-Columbia Univ Medical Center |
Surgery-Preliminary Neurosurgery |
| Daniel Hoffman | Sound Shore Medical Center Henry Ford HSC |
Transitional Dermatology |
| Lauren Hofmann | NYP Hosp-Weill Cornell Medical Center | Internal Medicine |
| Russell Homan | U Florida – Shands Hospital | Pediatrics |
| Daniel Hsu | NYP Hosp-Columbia Univ Medical Center | Surgery-Preliminary |
| Daniel Hwang | Einstein/Montefiore Medical Center | Surgery-Preliminary |
| Judith Joseph | SUNY HSC Brooklyn NYP Hosp-Columbia Univ Med Center |
Medicine-Preliminary Anesthesiology |
| Ilana Katz | NYP Hosp-Columbia Univ Medical Center NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Neurology |
| Brendan Kelly | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| David Kim | NY Hosp/Med Center Queens NYP Hosp-Weill Cornell Medical Center |
Transitional Ophthalmology |
| So Young Kim | NYP Hosp-Columbia Univ Med Center UC San Francisco |
Medicine-Preliminary Anesthesiology |
| Brent Kimball | U Tennessee College of Medicine U Tennessee College of Medicine |
Medicine-Preliminary Neurosurgery |
| Daniel Kirchoff | St. Luke’s/Roosevelt Hospital | Surgery |
| Andrew Kitcher | Mt. Sinai Hospital | Internal Medicine |
| Tomas Konecny | Mayo School of Graduate Medical Center | Internal Medicine |
| Eun Soo Kwak | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Lidie Lajoie | Einstein/Montefiore Medical Center | Surgery-Preliminary |
| Margaret Lauerman | Boston Univ Medical Center | Surgery |
| Neil Lawande | St. Luke’s-Roosevelt Hospital Center Stanford University |
Medicine-Preliminary Anesthesiology |
| Anthony Lee | NY Hosp/Medical Center Queens NYU School of Medicine |
Transitional Physical Medicine & Rehab |
| Christina Lindgren | Johns Hopkins Hospital | Pediatrics |
| Grace Liu | U Iowa Hospital/Clinic | Otolaryngology |
| Eric Lloyd | Jackson Memorial Hospital | Orthopedic Surgery |
| Michael Loftus | St. Luke’s/Roosevelt Hospital NYP Hosp-Weill Cornell Medical Center |
Medicine-Preliminary Radiology-Diagnostic |
| Aaron Lord | NYU School of Medicine NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Neurology |
| Mark Mahan | Barrow Neurological Inst. | Neurosurgery |
| Joseph Mares | Children’s Hospital-LA | Pediatrics |
| Pamela Mazzeo | Children’s Hospital-PA | Pediatrics |
| Timothy McEvoy | St. Louis Univ School of Medicine | Otolaryngology |
| Saral Mehra | NYP Hosp-Columbia Univ Medical Center | Otolaryngology |
| Daniel Meyer | BI Deaconess Medical Center | Internal Medicine |
| David Mobley | St. Luke’s/Roosevelt Hospital SUNY HSC Brooklyn |
Surgery-Preliminary Radiology-Diagnostic |
| Charles Moore | George Washington Univ-DC | Emergency Medicine |
| Garrett Moss | Mt. Sinai Hospital | Orthopedic Surgery |
| Fernanda Musa | NYP Hosp-Weill Cornell Medical Center | Obstetrics & Gynecology |
| Yuko Nakamura | NYP Hosp-Columbia Univ Medical Center | Surgery-Preliminary |
| Rebecca Nardi | UMDNJ-RW Johnson-Piscataway NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Radiology-Diagnostic |
| Kate Nellans | NYP Hosp-Columbia Univ Medical Center | Orthopedic Surgery |
| Rachel Neuhut | NYU School of Medicine | Psychiatry |
| Kara Nugent | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Michael O’Byrne | Children’s Hospital-PA | Pediatrics |
| Onyeka Okonkwo | NYU School of Medicine | Internal Medicine |
| Samantha Osunsanmi | NY Hosp/Med Center Queens NYP Hosp-Columbia Univ Med Center |
Transitional Anesthesiology |
| Marylin Otero | PGY-1 Deferred | |
| Raymond Park | Beth Israel Medical Center NYP Hosp-Columbia Univ Med Center |
Medicine-Preliminary Anesthesiology |
| Avani Patel | Beth Israel Medical Center NYP Hosp-Columbia Univ Med Center |
Medicine-Preliminary Anesthesiology |
| Mithun Patel | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Mugdha Patwardhan | NYP Hosp-Columbia Univ Medical Center | Surgery-Preliminary |
| Clayton Peterson | BI Deaconess Medical Center | Surgery |
| Phillip Pierorazio | Johns Hopkins Hospital Johns Hopkins Hospital |
Surgery-Preliminary Urology |
| Mary Piscitello | Stanford University | Emergency Medicine |
| Jason Poff | Georgetown University Hospital Hosp of the Univ of PA |
Transitional Radiology-Diagnostic |
| Hooman Poor | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| David Privitera | University at Buffalo | Orthopedic Surgery |
| Wilson Quezada | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Roman Raju | U Texas SW Medical School-Dallas SUNY HSC Brooklyn |
Medicine-Preliminary Radiology-Diagnostic |
| Jeremy Reid | UCLA Medical Center | Orthopedic Surgery |
| Alyssa Reiffel | NYP Hosp-Weill Cornell Medical Center | Surgery |
| Thalia Robakis | Stanford University | Psychiatry |
| Adam Regelmann | Barnes-Jewish Hospital | Internal Medicine |
| Deshdeepak Sahni | Baylor College of Medicine Baylor College of Medicine |
Surgery-Preliminary Neurosurgery |
| Matthew Salzler | Massachusetts General Hospital | Orthopedic Surgery |
| Lisa Schneider | NYU School of Medicine | Plastic Surgery |
| Elizabeth Sedlis | NYU School of Medicine | Internal Medicine |
| Alin Severance | U Pittsburgh Medical Education Program | Psychiatry |
| Anjail Sharrief | Johns Hopkins/Bayview Johns Hopkins Hospital |
Medicine-Preliminary Neurology |
| Grace So | UC San Francisco | Pediatrics |
| Eric Sorenson | NYP Hosp-Weill Cornell Medical Center | Surgery |
| Alexandra Stevens | Mt. Sinai Hospital | Pediatrics |
| Maja Svrakic | Einstein/Montefiore Medical Center | Otolaryngology |
| Melissa Tavarez | U Pittsburgh Medical Education Prog | Pediatrics |
| Emily Taylor | NYU School of Medicine | Internal Medicine |
| Claudia Tolentino | Mt. Sinai Hospital | Pediatrics |
| Pauline Tsai | NYU School of Medicine | Psychiatry |
| Athina Vassilakis | NYP Hosp-Columbia Univ Medical Center | Internal Medicine |
| Kavita Vyas | Massachusetts General Hospital | Pediatrics |
| Vinod Voleti | Greenwich Hospital NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Ophthalmology |
| Stuart Weisberg | NYP Hosp-Columbia Univ Medical Center | Pediatrics |
| Matthew Wessel | Flushing Hospital Medical Center NYP Hosp-Weill Cornell Medical Center |
Transitional Ophthalmology |
| Erin Wilkes | UCLA Medical Center U Southern California |
Medicine-Preliminary Emergency Medicine |
| David Wing | Massachusetts General Hospital | Orthopedic Surgery |
| Alexis Young | Mt. Sinai Hospital NYP Hosp-Columbia Univ Medical Center |
Medicine-Preliminary Dermatology |
| Gregory Yurasek | Children’s Hospital Boston | Pediatrics |
| Brad Zacharia | NYP Hosp-Columbia Univ Medical Center NYP Hosp-Columbia Univ Medical Center |
Surgery-Preliminary Neurosurgery |
Mitchell F. Berman, M.D., mfb1@columbia.edu
Computerization of operating room data; outcomes research.
Anthony R. Brown, M.D., arb6@columbia.edu
Regional Anesthesia: Clinical research.
Charles Cain, M.D., cfc15@columbia.edu
Acute and chronic pain management.
Anthony Clapcich, M.D., ajc60@columbia.edu
Effects of anesthetics on somatosensory evoked potential formation.
Marc L. Dickstein, M.D., mld2@columbia.edu
Cardiovascular physiology; right ventricular function.
Charles Emala, M.D., cwe5@columbia.edu
Signal transduction pathways in smooth muscle cells.
Pamela Flood, M.D., pdf3@columbia.edu
Mechanisms of general anesthesia.
Mark J.S. Heath, M.D., mh22@columbia.edu
Spinal cord physiology.
Eric Heyer, M.D., Ph.D., ejh3@columbia.edu
Cerebral functioning: assessment of neurologic function in cardiac surgical and neurosurgical patients. Intraoperative cerebral monitoring: electroencephalography and ultrasonic Doppler.
Carol Hirshman, M.D., cah63@columbia.edu
Signal transduction pathways in smooth muscle cells.
Amy E. Jonassen, M.D., aem1@columbia.edu
Anesthesia for cardiac surgery in neonates.
Desmond Jordan, M.D., daj3@columbia.edu
Summarization of large amounts of patient-specific clinical data using artificial intelligence and the distribution of this electronic information using multimedia formats.
H. Thomas Lee, M.D., tl128@columbia.edu
Role of adensine protection against renal ischemia.
Neeta Saraiya, M.D., ns193@columbia.edu
Cardiac Troponin I as a sensitive myocardial injury marker in neonates with Hypoplastic Left Heart Syndrome (HLHS).
Jack Shanewise, M.D., jss2128@columbia.edu
Cardiovascular anesthesia, transesophageal echocardiography.
Robert Sladen, M.D., rs543@columbia.edu
Critical care medicine.
Arthur Smerling, M.D., ajs8@columbia.edu
Nitric oxide, pulmonary circulation, pulmonary hypertension, psychological impact of anesthesia on children.
Richard M. Smiley, M.D., Ph.D., rms7@columbia.edu
Adrenergic receptor regulation in pregnancy and perioperative period; spinal and epidural
analgesia during labor.
Lena S.Y. Sun, M.D., lss4@columbia.edu
Cardiovascular function and drug responses in adults and neonates. Effect of intrauterine cocaine exposure on neonatal cardiovascular function.
Gareth R. Tibbs, Ph.D., grt1@columbia.edu
Molecular and biophysical understanding of the activation, permeation and modulation properties of hyperpolarization-activated pacemaker channels of heart and brain.
Robert Whittington, M.D., raw9@columbia.edu
Toxicity of cocaine and its metabolites; cocaine toxicity in parturients.
Jay Yang, MSEE, Ph.D., M.D., jy2029@columbia.edu
Synaptic plasticity and chronic pain; virus-mediated synaptic engineering. Mechanisms of anesthetic action.
Richard Axel, M.D., ra27@columbia.edu
Defining the logic of olfactory perception; how individual sensory neurons express a specific receptor and how the brain distinguishes which receptors have been activated.
Kathryn L. Calame, Ph.D., klc1@columbia.edu
Transcriptional regulatory cascades required for terminal differentiation of B lymphocytes and monocyte/macrophages; transformation of preB cells by the v-Abl tyrosine kinase.
Stephen P. Goff, Ph.D., goff@cancercenter.columbia.edu
Retroviral replication; tyrosine kinase oncogenes.
Max E. Gottesman, M.D., Ph.D., meg8@columbia.edu
Regulation of transcription termination in E. coli and bacteriophage; role of cAMP in cell cycle progression and signal transduction in eukaryotes; vitamin A metabolism in the mouse.
Eric Gouaux, Ph.D., jeg52@columbia.edu
Structure, function and chemistry of membrane proteins; X-ray crystallographic, molecular genetic and biochemical approaches.
Eric C. Greene, Ph.D., ecg2108@columbia.edu
Our lab utilizes total internal reflection fluourescence microscopy (TIRFM) to study the molecular machinery involved in the recombination and repair of damaged DNA. Using TIRFM to directly observe single reactions in real-time we can analyze the molecular mechanisms our cells use to fix damaged DNA with a degree of sensitivity not previously possible.
Iva Greenwald, Ph.D., isg4@columbia.edu
Cell-cell interactions, signal transduction, and cell fate choice; genetic and molecular studies of C. elegans development.
Wayne A. Hendrickson, Ph.D., wah2@columbia.edu
Structural biology of macromolecules; differentiation and computational methods.
David Hirsh, Ph.D., dih1@columbia.edu
Molecular genetics of endocytosis in C. elegans; role of cytokines in the mammalian inflammatory and immune responses.
Oliver Hobert, Ph.D., or38@columbia.edu
Genetic programs that control neural development in C. elegans.
Barry Honig, Ph.D., bh6@columbia.edu
Computational biology, bioinformatics, prediction of protein structure and function.
Thomas M. Jessell, Ph.D., tmj1@columbia.edu
Molecular mechanisms of neuronal differentiation, axon guidance and cell recognition in vertebrate development.
Eric Kandel, M.D., erk5@columbia.edu
Cell and molecular mechanisms of associative and non-associative learning in invertebrates and vertebrates.
Arthur Karlin, Ph.D., ak12@columbia.edu
Molecular mechanisms of receptor function.
Richard S. Mann, Ph.D., rsm10@columbia.edu
Control of pattern formation by homeotic genes and their downstream targets in Drosophila.
Arthur G. Palmer, III, Ph.D., (Acting Chair) agp6@columbia.edu
Structure, function and dynamics of proteins; fluctuation in chemical and biological systems and nuclear magnetic resonance; and fluorescence spectroscopies.
Burkhard Rost, Ph.D., rost@columbia.edu
Bioinformatics. Goals: sequence analysis, prediction of protein structure and function. Means: statistics and artificial intelligence.
Lawrence Shapiro, Ph.D., lss8@columbia.edu
Structural information obtained from X-ray crystallography to direct biochemical studies of biological problems, particularly involving neuronal cell adhesion and neural patterning.
David R. Bickers, M.D., Carl Truman Nelson Professor & Chairman, drb25@columbia.edu
Studies defining the role of exposure to environmental sunlight on the development of non-melanoma skin cancer (NMSC) in mouse models and human populations as well as identifying mechanism-based cancer chemopreventive agents.
Julide Tok-Celebi, M.D., jt165@columbia.edu
Studies focused on the genetic basis of atypical mole syndrome (AMS) by ascertaining families with this disorder, and identifying a locus for AMS through linkage analysis, and ultimately identifying a candidate gene for AMS.
Angela M. Christiano, Ph.D., amc65@columbia.edu
Studies of inherited skin and hair disorders in humans, through a classical genetic approach including genetic linkage, gene discovery and mutation analysis, and most recently, functional studies relating these findings back to basic questions in epidermal biology. A long-range goal of the research is to develop rationally designed genetic therapies for skin and hair diseases by understanding underlying pathogenetic mechanisms.
Karima Djabali, Ph.D., kd206@columbia.edu
Studies the pathophysiological mechanisms of premature aging using human genetic diseases.
Arianna L. Kim, Ph.D., ak309@columbia.edu
Studies focused on the pathogenesis of solar ultraviolet-induced skin cancers and identifying cell growth regulators that their growth. Also studying the mechanism of senescence pathway in cancer cells and their role in inhibitingtumor growth.
Rebecca Morris, Ph.D., rm2046@columbia.edu
Studies defining the role of epidermal and hair follicle stem cells in skin cancer pathogenesis.
Living hair follicle stem cells can be selected by their expression of various biomarkers.
David M. Owens, Ph.D., do2112@columbia.edu
Studies defining the role of stem cells and differentiated cells in the development of epidermal skin cancer both in terms of tumor cell growth and the role of the underlying stroma in tumor growth and metastases.
Andrei Panteleyev, Ph.D., ap374@columbia.edu
Understanding the mechanisms of hair growth control.
Srikala Raghavan, Ph.D., sr2309@columbia.edu
Studies the role of integrins in skin and oral epithelia.and their importance in basement membrane (BM) assembly using conditional gene ablation as well as cells in culture. Intact BM is essential for normal tissue homeostasis and in epithelial-mesenchymal transitions.
Arthur Bank, M.D., bank@cancercenter.columbia.edu
Regulation of human globin gene expression in hematopoietic cells; gene transfer in animals.
Timothy H. Bestor, Ph.D., dhb12@columbia.edu
DNA methyltransferases; epigenetic effects in gene expression.
Marian Carlson, Ph.D., mbc1@columbia.edu
Regulation of the Snf1/AMPK family of metabolic stress response kinases and transcriptional responses to stress in yeast.
Angela M. Christiano, Ph.D., amc65@columbia.edu
Molecular basis of inherited skin and hair disorders in humans and mice.
Franklin D. Costantini, Ph.D., fdc3@columbia.edu
Molecular genetics of mammalian development.
Riccardo Dalla-Favera, M.D., rd10@columbia.edu
Molecular genetics of cancer; molecular pathogenesis of lymphoma and leukemia; genetic control in lymphoid tissue development.
Argiris Efstratiadis, M.D., Ph.D., ae4@columbia.edu
Growth factors in mammalian development; mouse models of tumorigenic pathway; stem cells in normalcy and malignancy.
L. Erlenmeyer-Kimling, Ph.D., le4@columbia.edu
Psychiatric and behavioral genetics.
Jean Gautier, Ph.D., jg130@columbia.edu
Maintenance of genetic integrity; DNA replication and response to DNA damage.
Laura Johnston, Ph.D., lj180@columbia.edu
Control of the cell cycle and growth during development.
Gerard Karsenty, M.D.,Ph.D., gk2172@columbia.edu
Biological bases controlling skeletal development and physiology.
Virginia E. Papaioannou, Ph.D., vep1@columbia.edu
Genetic control of mammalian development from peri-implantation stages through organogenesis; determination of the role of T-box genes in development, using embryonic stem-cell technology and targeted mutagenesis.
Rodney Rothstein, Ph.D., rothstein@cancercenter.columbia.edu
Yeast genetics and cell biology; cellular responses to DNA damage; recombination; control of genome stability.
Eric A. Schon, Ph.D., eas3@columbia.edu
Molecular genetics of neurological and neuromuscular disorders with focus on mitochondrial genetics and diseases.
Gary Struhl, Ph.D., gs20@columbia.edu
Developmental genetics in Drosophila.
Joseph Terwilliger Ph.D., jdt3@columbia.edu
Population genetic epidemiology and gene mapping.
Andrew Tomlinson, Ph.D., at41@columbia.edu
Cellular interactions in Drosophila development.
Dorothy Warburton, Ph.D., cuh@cancercenter.columbia.edu
Human cytogenetics and molecular cytogenetics; epidemiology of congenital malformations and miscarriages; human gene mapping.
I. Bernard Weinstein, M.D., ibw1@columbia.edu
Molecular biology of cancer; genetic toxicology; signal transduction.
Debra J. Wolgemuth, Ph.D., djw3@columbia.edu
Molecular developmental genetics of mammalian gametogenesis and embryogenesis; regulation of the cell cycle during germ cell mitosis and meiosis: role of cyclin A1 in hematopoiesis and leukemogenesis.
Michael H. Wigler, Ph.D., Cold Spring Harbor Laboratory, (516) 367-8376
Genetic approaches to understanding growth control.
Domenico Accili, M.D. , da230@columbia.edu
Insulin resistance, mechanisms of insulin receptor signaling.
Berrie Research Ctr., 1150 St. Nicholas Ave., Tel. (212) 851-5275
Function of the BRCA1 breast cancer susceptibility gene; retinoid signaling in mammary glands.
William S. Blaner, Ph.D., wsb2@columbia.edu
Retinoids and vitamin A metabolism.
Carol N. Boozer, D.Sc., cnb7@columbia.edu
Human and animal models for study of obesity.
David A. Brenner, M.D., dab2106@columbia.edu
Dr. Brenner’s research is to study the regulation of gene expression in the liver and intestines under normal and pathological states.
Angela M. Christiano, M.D., amc65@columbia.edu
Genetic basis of skin and hair disorders in humans, basic epidermal biology.
Jeanine M. D’Armiento, M.D., Ph.D., jmd12@columbia.edu
Metaloproteases and lung pathophysiology.
Richard J. Deckelbaum, M.D., rjd20@columbia.edu
Lipid-gene-cell interactions; lipid emulsion metabolism; free fatty acids and cell lipid-lipoprotein metabolism.
Bernard F. Erlanger, Ph.D., bfe1@columbia.edu
Biologically significant receptors, the relationship of their structures to their metabolic and regulatory activities.
Dympna Gallagher, Ed. D., dg108@columbia.edu
Energy expenditure and body composition at the organ-tissue level, both cross-sectionally and longitudinally, in growth, aging, and Type II diabetes.
Anne A. Gershon, M.D., aag1@columbia.edu
Virus infectivity; infant immunity relevant to viral infections; varicella-zoster virus (VZV), the highly contagious etiologic agent of chickenpox (varicella) and shingles (zoster).
Michael D. Gershon, M.D., mdg4@columbia.edu
Enteric nervous system.
Henry N. Ginsberg, M.D., hng1@columbia.edu
Regulation of plasma lipoprotein metabolism; regulation of apoprotein B secretion from hepatocytes; dietary regulation of plasma lipids and lipoproteins
Ira J. Goldberg, M.D., ijg3@columbia.edu
Lipoprotein metabolism; lipolytic enzymes; endothelial cell biology; atherosclerosis
Maxwell E. Gottesman, M.D., Ph.D., meg8@columbia.edu
Gene transcription and regulation; cancer; thyroid physiology.
Geoffrey R. Howe, Ph.D., gh68@columbia.edu
Nutrition and cancer; radiation and cancer.
Li-Shin Huang, Ph.D., lh99@columbia.edu
Molecular genetics of lipoprotein metabolism in humans and induced mutant mouse models
Sudha Kashyap, M.D., sk48@columbia.edu
Nutritional support of pre-term infants.
Harry R. Kissileff, Ph.D., hrk2@columbia.edu
Psychology of eating disorders.
Sally A. Lederman, Ph.D., sal1@columbia.edu
Biological determinants of pregnancy outcome; metabolic adjustments for pregnancy and lactation; psychosocial factors that influence birth weight and the course of pregnancy; lactational and gestational nutrient needs and the factors that determine them; energy metabolism and body composition changes during pregnancy and lactation.
Rudolph L. Leibel, M.D., rl232@columbia.edu
Biology of weight regulation and the genetic bases of obesity and diabetes.
Cathy L. Mendelsohn, Ph.D., clm20@columbia.edu
Retinoids and development of urogenital tract.
Frederica Perera, Dr.P.H., fpp1@columbia.edu
Molecular epidemiology; risk assessment; carcinogenesis.
Francis Xavier Pi-Sunyer, M.D., fxp1@columbia.edu
Carbohydrate and lipid metabolism; obesity; diabetes mellitus; food intake regulation.
Ravichandran Ramasamy, Ph.D., rr260@columbia.edu
Carbohydrate metabolism and cardiac function.
Lorna Role, Ph.D., lwr1@columbia.edu
The generation, plasticity, and maintenance of cholinergic and cholinoceptive synapses in the mammalian brain.
David Schachter, M.D., ds12@columbia.edu
Calcium metabolism.
Neil S. Shachter. M.D., nss5@columbia.edu
Molecular mechanisms of hypertriglyceridemia using genetic epidemiologic transgenic mouse technique models.
Lawrence S. Shapiro, Ph.D., lss8@columbia.edu
Dr. Shapiro’s research focuses on possible biochemical causes for adult-onset obesity.
Stephen L. Sturley, Ph.D., sls37@columbia.edu
Yeast as a model extracellular and intracellular sterol transport pathway.
Ira A. Tabas, M.D., Ph.D., iat1@columbia.edu
Regulation of intracellular cholesterol esterification (the ACAT reaction) in macrophage; lipoprotein endocytic pathways in macrophages; biochemical consequences of macrophage cholesteryl ester accumulation.
Alan R. Tall, M.D., art1@columbia.edu
Plasma lipoprotein metabolism; atherosclerosis; protein structure/function and mutagenesis; regulation of gene expression; molecular nutrition.
David A. Talmage, Ph.D., dat1@columbia.edu
The role of signal transduction pathways in regulating cellular responses; retinoid effects through signal transduction pathways.
Timothy Wang, M.D., tcw21@columbia.edu
The role of inflammation, cytokines and growth factors in the development of gastrointestinal cancers.
Sharon L. Wardlaw, M.D., sw22@columbia.edu
Neuroendocrine control of pituitary function. Hypothalamic regulation of energy homeostasis. Neuroendocrine-immune interactions.
Christine L. Williams, M.D., MPH, chrisw@pol.net
Dr. Williams’ research has focused on child nutrition and pediatric preventive cardiology, in particular, issues related to lipids and cardiovascular disease risk, as well as obesity in preschool children.
I. Bernard Weinstein, M.D., ibw1@columbia.edu
Molecular mechanisms of carcinogenesis.
Debra J. Wolgemuth, Ph.D., djw3@columbia.edu
Physiology processes underlying the progression of meiosis and differentiation of mammalian germ cells to highly specialized cells which support embryonic development.
Domenico Accili, M.D., da230@columbia.edu
Insulin resistance in diabetes: Genetics, molecular biology and animal models.
Qais Al-Awqati, M.B., Ch.B., qa1@columbia.edui
Developmental biology of the kidney biogenesis of epithelial polarity; chloride channels and
cystic fibrosis.
Gerald Appel, M.D., gba2@columbia.edu
Treatment of glomerulonephritis and the nephrotic syndrome; lipids and renal disease.
Selim Arcasoy, M.D., F.C.C.P., F.A.C.P., sa2059@columbia.edu
Lung transplantation and rejection; lung reduction surgery for emphysema; idiopathic pulmonary fibrosis and pulmonary alveolar proteinosis; pulmonary embolism and thrombolytic therapy.
Deborah Davis Ascheim, M.D., dda18@columbia.edu
Pharmacologic therapies for heart failure; investigational surgical techniques and mechanical assist devices for patients with end-stage congestive heart failure; altered thyroid hormone metabolism in patients with congestive heart failure.
Arthur Bank, M.D., bank@cancercenter.columbia.edu
Gene transfer and expression in bone marrow cells; regulation of human hemoglobin gene expression; molecular biologic analysis of regulation of human globin biosynthesis.
Jonathan Barasch, M.D., Ph.D., jmb4@columbia.edu
The ureteric bud secretes proteins that induce nearby mesenchyme to convert to epithelia and form nephrons. The aim of my work is to identify these factors and to determine how they change cell fate in the embryonic kidney.
R. Graham Barr, M.D., Dr.P.H., rgb9@columbia.edu
Novel risk factors for asthma and chronic obstructive pulmonary disease (COPD).
Randolph C. Barrows, Jr., M.D., barrows@flux.cpmc.columbia.edu
Computerized patient records; information systems in ambulatory care; clinical data warehouses; automated decision support; controlled medical vocabularies; health data modeling; smoking cessation pharmacotherapies and techniques.
Robert C. Basner, M.D., rcb42@columbia.edu
Cardiopulmonary regulation during sleep; autonomic and vascular correlates of sleep-disordered breathing.
Steven R. Bergmann, M.D., Ph.D., srb40@columbia.edu
Paul D. Berk, M.D., pb2158@columbia.edu
The disposition of long chain free fatty acids (FFA); lipid metabolism, transport physiology, obesity, diabetes, and fatty liver, and who is interested in cellular physiology, transport kinetics, cell and molecular biology and translational research methods.
Rachel Bijou, M.D., rb540@columbia.edu
Clinical research in congestive heart failure.
J. Thomas Bigger, M.D., jtb2@columbia.edu
Studies in the prediction and prevention of sudden cardiac death. Studies of the role of the autonomic nervous system in the genesis of malignant ventricular arrhythmias.
John P. Bilezikian, M.D., jpb2@columbia.edu
Regulation of signal transduction pathways by parathyroid hormone and parathyroid hormone-related protein. Clinical and basic features of metabolic bone diseases such as primary hyperparathyroidism; osteoporosis in women and men.
William Blaner, Ph.D., wsb2@columbia.edu
Regulation of vitamin A and retinoic acid metabolism.
David Brenner, M.D., dab2106@columbia.edu
Intracellular signaling in the liver under normal and pathophysiological states; using animal models of human diseases including transgenic mice combined with cultures of primary and immortalized cells to study in particular the role of NFkB and JNK.
Anne Marie Brilliantes, M.D., ab647@columbia.edu
Genetic basis of Type 1 and Type 2 diabetes mellitus with specific emphasis on the cellular and molecular biology of the pancreatic beta cell.
Robert S. Brown, Jr., M.D., M.P.H., rb464@columbia.edu
Determinants of the cost of orthotopic liver transplantation and the impact of organ allocation strategies on cost and outcome; outcomes including quality of life in chronic liver disease; clinical trials in liver disease and transplantation.
Karen Brudney, M.D., Harkness 6, kfb2@columbia.edu
Clincal research on HIV and tuberculosis in Washington Heights and in the Dominican Republic.
Matthew Burg, Ph. D., mb2358@columbia.edu
The role of stress and emotion in CHD related prognosis, and the mechanisms underlying this role.
Daniel Burkhoff, M.D., Ph.D., db59@columbia.edu
Mechanics of the failing heart; experimental models of heart failure; angiogenesis.
Vincent P. Butler, Jr., M.D., vpb2@columbia.edu
Studies of the effects of digitalis and related compounds on nerve conduction in demyelinating disease both in humans (multiple sclerosis) and in mice (experimental allergic encephalomyelitis).
Stephen M. Canfield, M.D., Ph.D., smc12@columbia.edu
T lymphocyte migration; T cell interaction with the extracellular matrix, specifically laminin; molecular structure/function analysis of the 67kD non-integrin laminin binding protein on activated T cells.
Olveen Carrasquillo, M.D., M.P.H., oc6@columbia.edu
Health service/health policy research; access to care/racial and ethnic disparities; the uninsured; minority/Latino health; managed care; Medicare/Medicaid.
Rita Charon, M.D., Ph.D., rac5@columbia.edu
Studies in literature and medicine; imagination as a clinical instrument; patient-doctor discourse; narrative writing in medicine.
Leonard Chess, M.D., lc19@columbia.edu
Functional and molecular biological studies of cell surface molecules involved in T cell function. Basic and clinical studies of T cell subsets important in the immunopathogenesis of autoimmune, infectious and neoplastic diseases.
James Cimino, M.D., jjc7@columbia.edu
Studies in medical informatics, computerized medical knowledge bases and medical decision-making.
Raphael Clynes, M.D., Ph.D., rc645@columbia.edu
Our laboratory studies the role of Fc receptors in autoimmunity and tumor immunity.
David Cobrinik, M.D., Ph.D.,
Function and regulation of retinoblastoma (Rb) family proteins in cell cycle control, development, and oncogenesis; cellular senescence and differentiation.
David J. Cohen, M.D., djc5@columbia.edu
New immunosuppressive therapies in renal transplantaion; renal disease in recipients of heart, liver and lung transplants.
Paolo Colombo, M.D., pcc2001@columbia.edu
We conduct translational (clinical/basic) studies to determine the expression of pro-inflammatory genes in the vascular endothelium of patients with diabetes and of patients with heart failure. Using a novel approach, endothelial cells are biopsied from peripheral vessels of patients, and then characterized by real time PCR, flow cytometry and immunofluorescent analysis.
James Coromilas, M.D., jc47@columbia.edu
Studies on the mechanisms of ventricular tachycardia. Studies of the effects of antiarrhythmic drugs on re-entrant circuits. Studies on ablation of ventricular tachycardia.
Katherine D. Crew, M.D., M.S., kd59@columbia.edu
Breast cancer prevention and control.
Hayes Dansky, M.D., hmd2101@columbia.edu
Identifying cellular and molecular mechanisms by which diabetes and obesity accelerate atherosclerosis and the response to arterial injury.
Jeanine D’Armiento, M.D., Ph.D., jmd12@columbia.edu
Studies on the role of matrix metalloproteinases in disease by the use of transgenic mouse models.
Jonathan David, M.D., FACP, FACG, jd165@columbia.edu
Colon cancer screening; cost issues in healthcare, using endoscopy as a model.
Karina W. Davidson, Ph.D., kd2124@columbia.edu
Behavioral Medicine randomized controlled trials with cardiology patients.
Mario Deng, M.D., md785@columbia.edu
Outcomes evaluation of medical and surgical therapies in advanced heart failure and the underlying molecular and cellular pathophysiology, with specific emphasis on the interleuken-6 cytokine system.
Betty Diamond, M.D., bd2137@columbia.edu
B cell repertoire selection, immune-mediated neuropsychiatric syndromes, induction and pathogenicity of anti-DNA antibodies.
Emily DiMango, M.D., ead3@columbia.edu
Clinical research includes treatment and management of patients with chronic obstructive airway disease (COPD and asthma); member of the National Emphysema Treatment Trial (NETT); caring for patients with pulmonary complications related to cancer and its treatment.
Marco R. DiTullio, M.D., md42@columbia.edu
Echocardiographic assessment of cardiac embolic sources for ischemic stroke, especially aortic plaques. Applications of echocardiography to epidemiologic studies on cardioembolic stroke.
Jay F. Dobkin, M.D., jfd2@columbia.edu
Pathogenesis of pneumococcal infection in AIDS; epidemiology of tuberculosis associated with AIDS.
Phillip Factor, D.O., phf2103@columbia.edu
Mechanisms of pulmonary edema clearance, role and regulation of lung ?ü2-adrenergic receptors, treatment of acute lung injury, gene therapies for acute and acquired diseases.
Anthony Ferrante Jr., M.D., Ph.D., awf7@columbia.edu
Large increases in fat mass lead to obesity and adversely alter blood pressure, insulin sensitivity, serum lipid profiles and cardiac function. Research focuses on identifying cellular and molecular mechanisms by which changes in fat mass alter medically important traits, including insulin sensitivity and cardiac mass.
Robert L. Fine, M.D., rlf20@columbia.edu
Translational cancer research into the mechanisms of cancer drug resistance in the lab to the clinical implementation of novel therapeutic trials to improve outcome based on lab research.
Michael J. Flamm, M.D., Ph.D., mjf3@columbia.edu
Retroviral gene transfer in the treatment of paroxysmal noctural hemoglobinuria.
Robert Foronjy, M.D., rff5@columbia.edu
Emphysema.
Pamela Freda, M.D., puf1@columbia.edu
Clinical studies of pituitary tumors. Adrenal function in HIV infection.
Harold Frucht, M.D., hf2011@columbia.edu
Gastrointestinal malignancies and pre-malignant conditions, specifically hereditary syndromes and cancer genetics; acid hypersecretory states and GI hormone excess syndromes. Translational research in gastrointestinal cancer biology.
Paul Gaglio, M.D., pg2011@columbia.edu
Treatment of viral Hepatitis pre and post liver transplantation, liver regeneration, living donor liver transplantation, fatty liver disease.
Ali Ghavari, M.D., ag2239@columbia.edu
Molecular genetics of renal diseases, in particular glomerular disorders in humans and rodent models.
Elsa-Grace V. Giardina, M.D., evg1@columbia.edu
Heart disease in women; mechanism of action of estrogen and other drugs to reduce cardiac risk in women.
Victor Grann, M.D., M.P.H., vrg2@columbia.edu
Health outcomes, cost-effectiveness and decision analysis, quality of life, and disparities of cancer care and prevention.
William A. Gray, M.D., wg2131@columbia.edu
Peripheral vascular intervention, percutaneous valve therapy, non-surgical modalities for stroke prevention (carotid stenting and patent foramen ovale (PFO) closure), and research into preventing the reoccurrence of disease following successful angioplasty or stenting.
Henry N. Ginsberg, M.D., hmg1@columbia.edu
Assembly and secretion of lipoproteins from cultured liver cells. Studies of insulin resistance and dyslipidemia in transgenic mouse models. Regulation of lipid and lipoprotein metabolism in humans.
Robin S. Goland, M.D., rsg2@columbia.edu
Clinical diabetes studies.
Ira J. Goldberg, M.D., ijg3@columbia.edu
Regulation of human lipoprotein lipase, transport from fat cells to endothelial cells.
Rochelle Goldsmith, Ph.D., rlg11@columbia.edu
Exercise physiology; mechanisms of exercise limitation in heart failure; exercise training and left ventricular remodeling.
Peter H.R. Green, M.D., pg11@columbia.edu
Celiac disease: clinical presentation, manifestations and complications; genetic analysis, immunologic mechanisms and pathogenesis.
Steven Greenberg, M.D., smg8@columbia.edu
Molecular studies of macrophage cytoskeleton. Signal transduction of Fc receptors. Molecular biology of phagocytosis.
Scott Hammer, M.D., smh48@columbia.edu
Antiretroviral therapy; HIV drug resistance; pathogenesis of HIV infection.
Dawn Hershman, M.D., M.S., dlh23@columbia.edu
Clinical trials in breast and gynecologic malignancies, supportive care and cancer survivorship.
Charles Hesdorffer, M.D., hesdorffer@cancenter.columbia.edu
Marrow and stem cell transplant program and the cellular immunotherapy program of Columbia University.
Kevan Herold, M.D., kh318@columbia.edu
Mechanisms of autoimmune diabetes; new approaches to treatment and induction of tolerance to the autoimmune response.
Shunichi Homma, M.D., sh23@columbia.edu
Cardiac hemodynamics studied with transesophageal echocardiography. Stress echocardiography. Relationship of intracardiac shunts to the occurrence of cerebral ischemic events. Intravascular ultrasound. Cost effectiveness of echocardiograph for different disease processes.
Evelyn M. Horn, M.D., emh3@columbia.edu
Neurohormonal mechanisms of adrenergic dysfunction in congestive heart failure; clinical studies in heart failure. Clinical research in primary pulmonary hypertension.
George Hripcsak, M.D., gh13@columbia.edu
Medical informatics: Medical knowledge-based systems; sharing electronic knowledge across institutions; electronic medical record.
Li-Shin Huang, Ph.D., lh99@columbia.edu
Molecular genetics of lipoproteins. Molecular and cellular mechanisms of apo B expression, including transgenic and knockout mouse models for lipid transport and male infertility.
Hong Jiang, M.D., Ph.D., hj4@columbia.edu
Cellular and molecular mechanisms of immunoregulation by the CD8+ T cells in peripheral tolerance; molecular biologic analysis of interaction between CD8+ and CD4+ T cells; CD8+ T cell mediated control of autoimmunity.
Andrew Joe, M.D., akj3@columbia.edu
Evaluating cancer prevention agents and identifying surrogate tumor markers for use in targeted clinical chemoprevention; ongoing translational, patient-oriented projects, in which I am investigating Barrett’s Esophagus and African-American Breast Cancer.
Ulrich P. Jorde, M.D., upj1@columbia.edu
Renin-angiotensin system in congestive heart failure.
Steven Kawut, M.D. , sk2097@columbia.edu
Determinants and prediction of outcome for patients with pulmonaryarterial hypertension and for patients who are undergoing lung transplantation.
Judith Korner, M.D., Ph.D., jk181@columbia.edu
Clinical studies and basic research in the pathogenesis and treatment of obesity and insulin resistance.
Etah Kurland, M.D., esk11@columbia.edu
New therapeutic approaches to the treatment of osteoporosis in men; family studies/genetic studies of osteoporosis.
Donald Landry, M.D., Ph.D., dwl1@columbia.edu
Artificial enzymes directed against cocaine, nerve gas, and other targets; vasopressin deficiency and hypersensitivity in shock.
Rafael Lantigua, M.D., ral4@columbia.edu
Mentoring minority investigators in aging research; genetics of Alzheimer’s Disease.
Seth Lederman, M.D., Ph.D, sl11@columbia.edu
Studies of molecules involved in the interaction of T cells with B cells important in antibody formation. Molecular investigations of cell surface molecules and lymphokines important in immunodeficiency states and autoimmune diseases.
Marianne Legato, M.D., mjl2@columbia.edu
Delineating the differences in men and women’s normal physiology and in their experience of the same diseases.
Rudolph L. Leibel, M.D., rl232@columbia.edu
Molecular genetics and energetics of obesity and Type 2 diabetes in rodents and humans.
Barron H. Lerner, M.D., bhl5@columbia.edu
Medical ethics and the history of medicine, especially regarding breast cancer and informed consent.
Charles J. Lightdale, M.D., cjl18@columbia.edu
Diagnosis and treatment of Barrett’s esophagus and early esophageal cancer; studies in magnification endoscopy, endoscopic ultrasonography and photodynamic therapy.
Franklin Lowy, M.D., fl189@columbia.edu
Research involves the pathogenesis and transmission of Staphylococcus aureus.
Jeremy Luban, M.D., jl45@columbia.edu
Molecular biology of HIV-1 replication and pathogenesis; regulation of T cell cytokine
production.
Jose Luchsinger, M.D., jal94@columbia.edu
Relationship between cardiovascular risk factors and cognition. Relationship between diet and cognition.
Meggan Mackay, M.D., M.S., mcm2123@columbia.edu
Clinical research in autoimmune disease focussing on Systemic Lupus Erythematosus.
Arthur Magun, M.D., amm3@columbia.edu
Clinical trials in the treatment of chronic hepatitis.
Donna Mancini, M.D., dmm31@columbia.edu
Cardiac transplantation; immunosuppressive surveillance and therapy. Mechanisms of exercise intolerance in heart failure.
Andrew R. Marks, M.D., arm42@columbia.edu
Molecular cardiology; structure and function of calcium channels and their regulation in the pathogenesis of heart failure and cardiac arrhythmias.
Steven Marx, M.D., sm460@columbia.edu
Ion channels in the heart and their regulation by kinases and phosphatases through the formation of macromolecular complexes.
Mathew Maurer, M.D., msm10@columbia.edu
Syncope; isolated systolic hypertension; diastolic heart failure.
Roger A. Maxfield, M.D., ram7@columbia.edu
Multicenter clinical trials of bronchoscopic lung volume reduction.
Rachel Miller, M.D., rlm14@columbia.edu
Clinical and basic science research in asthma and allergies, including IL-4 signaling, development of in- utero sensitization to indoor allergens, evaluation of polymorphisms in IL-4Ra.
Jane H. Morse, M.D., jhm4@columbia.edu
Genetics of pulmonary arterial hypertension; pathophysiological role of mutations of BMPR2 and other members of the TGF-B superfamily.
Lori Mosca, M.D., M.P.H., Ph.D., ljm10@columbia.edu
Clinical trials and outcomes research in cardiovascular disease prevention and women’s health; novel technologies to screen for heart disease; effect of preventive therapies on endothelial function.
Alan J. Moskowitz, M.D., ajm4@columbia.edu
Clinical evaluative research of new interventions for cardiovascular disease, (e.g., mechanical ventricular assist devices and endovascular repair of aortic aneurysms). Particular interest in measuring survival, quality of life, and economic impact.
Issam Moussa, M.D., im2132@columbia.edu
Study of cerebral hemodynamics in patients with carotid occlusive disease before undergoing coronary bypass surgery and before and after carotid artery stenting; study of the relationship between peripheral arterial disease and depression; study of outcome of patients undergoing drug-eluting stent implantation in complex coronary anatomy.
Jean Mulder, M.D., jm669@columbia.edu
Clinical investigation of osteoporosis, particularly in young women with premature ovarian failure and in survivors of childhood cancer.
Alfred I. Neugut, M.D., Ph.D., ain1@columbia.edu
Studies in cancer epidemiology and cancer screening.
Gbenga Ogedegbe, M.D., M.P.H., M.S., goo1@columbia.edu
Minority Health Research. Improving medication adherence in hypertensive African-Americans.
Juan Oliver, M.D., jao7@columbia.edu
Angiogenesis during kidney development; ATP-sensitive K+ channels and regulation of vascular tone.
Ariel Pablos-Mendez, M.D., M.P.H., ap39@columbia.edu
Epidemiology of tuberculosis. Epidemiology of cardiovascular disease (elderly and minorities). Clinical preventive services.
Walter Palmas-Molinger, M.D., wp56@columbia.edu
Telemedicine. Prevention of cardiovascular diseases. Effects of nutritional supplementation on chronic, low level serum inflammation. Identification and causes of subclinical atherosclerosis.
Kyriakos Papadopoulos, M.D., kdp29@columbia.edu
Clinical studies of peptide and cell-based immunotherapy for cancer.
Ramon E. Parsons, M.D., Ph.D., rep15@columbia.edu
Genetic and biochemical analysis of breast cancer.
Alessandra Pernis, M.D., abp1@columbia.edu
Molecular mechanisms of B cell development and function.
Daniel P. Petrylak, M.D., dpp5@columbia.edu
Clinical and laboratory research in the mechanism of hormonal and chemotherapeutic resistance in prostate and bladder cancer.
Thomas Pickering, M.D., D.Phil. tp2114@columbia.edu
Behavioral aspects of hypertension and heart disease.
Geoffrey S. Pitt, M.D., Ph.D., gp2004@columbia.edu
Ion channels in the heart and brain; structural and biophysical properties of voltage-gated calcium channels; calcium-regulated gene expression in the heart and brain.
Charles Powell, M.D., cap6@columbia.edu
Lung cancer: CT screening, biomarker development and validation for early diagnosis, molecular epidemiology, gene expression profiles and preoperative risk assessment.
Leroy E. Rabbani, M.D., ler8@columbia.edu
Regulation of vascular smooth muscle cell fibrinolysis and migration; role of thrombosis in atherosclerosis and angioplasty restenosis.
Jai Radhakrishnan, M.D., M.R.C.P., jr55@columbia.edu
Glomerular disease; outcomes research in dialysis and transplantation.
Harry Raftopoulos, M.D., hr43@columbia.edu
Clinical and translational research in the treatment of lung cancer.
Ravi Ramasamy, Ph.D., rr260@columbia.edu
Metabolic basis of ischemic injury and heart failure; molecular and cellular impact of polyol pathway.
James A. Reiffel, M.D., jar2@columbia.edu
Diagnosis and treatment of cardiac rhythm disorders (arrhythmias).
Carlos Jose Rodriguez, M.D., MPH, FACC, cjr10@columbia.edu
Echocardiography and cardiovascular disease epidemiology; particularly hypertensive heart disease among underrepresented minorities.
Michael Rosenbaum, M.D., mr475@columbia.edu
Regulation of body weight and the pathogenesis of type 2 diabetes in adults and children.
David J. Rothman, Ph.D., djr5@columbia.edu
The ethics of human experimentation, in the U.S. and developing countries; the social implications of genetic enhancement technologies; the social and ethical issues in organ donation and transplantation.
Paul Rothman, M.D., pbr3@columbia.edu
Regulation of signaling pathways in normal and malignant lymphocytes. Molecular studies of the immunopathogenesis of allergic disorders.
Moshe Rubin, M.D., mr43@columbia.edu
Wireless Capsule Endoscopy of the small intestine.
Chris Schindler, M.D., Ph.D., cw54@columbia.edu
Cytokine signal transduction and the role it plays in immunity, atherosclerosis and asthma.
Neil Schluger, M.D., ns311@columbia.edu
Our laboratory studies aspects of the human host immune response against tuberculosis.
Larry Schulman, M.D., lls2@columbia.edu
Lung transplantation; clinical studies in immune suppression and lung injury.
Allan Schwartz, M.D., as20@columbia.edu
Hemodynamics of lateral ventricular mechanical devices.
Neil Shachter, M.D., nss5@columbia.edu
Mouse models of triglyceride metabolism.
Elizabeth Shane, M.D., es54@columbia.edu
Metabolic bone disease associated with cardiac, lung, renal, liver and bone marrow transplantation. Pathophysiology and clinical studies of osteoporosis, primary hyperparathyroidism and other metabolic bone diseases.
Steven Shea, M.D., ss35@columbia.edu
Studies in cardiovascular epidemiology and cardiovascular disease prevention.
Shonni J. Silverberg, M.D., sjs5@columbia.edu
Pathophysiology and clinical studies of osteoporosis, primary hyperparathyroidism and other metabolic bone diseases.
Ethel S. Siris, M.D., es27@columbia.edu
Paget’s disease of bone, osteoporosis and metabolic bone diseases.
Robert J. Sommer, M.D., rs2463@columbia.edu
Interventional Catheterization for Adult Congenital Heart Disease; Patent Foramen Ovale: Stroke/Migraine.
Susan F. Steinberg, M.D., sfs1@columbia.edu
Cardiomyocyte beta-adrenergic receptors; basic cellular mechanisms and novel strategies to treat heart failure; protease-activated receptor signal transduction in cardiomyocytes, a link between inflammation and cardiomyopathy.
Leonard Stern, M.D., ls38@columbia.edu
Long-term survival in peritoneal dialysis: contributing factors such as hematocrit; cardiovascular disease prevention in hemodialysis patients using lipid-lowering therapy.
Peter D. Stevens, M.D., pds5@columbia.edu
New technique and outcomes research in pancreaticobiliary diseases and GI bleeding.
Milan N. Stojanovic, Ph.D., mns18@columbia.edu
Oligonucleotide-based fluorescent probes for small molecules and proteins; directed movement of catalytic nanoassemblies; recognition-triggered drug delivery systems; decision-making molecular networks.
Ira Tabas, M.D., Ph.D., iat1@columbia.edu
Mechanisms and consequences of atherosclerotic foam cell formation.
Alan Tall, M.D., art1@columbia.edu
Plasma lipoproteins; cell and molecular biology of atherosclerosis.
Robert N. Taub, M.D., Ph.D., rnt1@columbia.edu
Drug discovery; molecular biology of mesothelioma and sarcoma; clinical trials in sarcoma, mesothelioma and melanoma.
Jie Wang, M.D., Ph.D., jw147@columbia.edu
Experimental models of heart failure; role of coronary circulation in disease regression.
Sharon Wardlaw, M.D., sw22@columbia.edu
Neuroendocrine control of pituitary function; hypothalamic neuropeptides and regulation of energy homeostasis.
Michelle Warren, M.D., mpw1@columbia.edu
Effects of exercise and weight loss on the hypothalamic-pituitarygonadal axis and the metabolic signals to the GnRH pulse generator, and on the development of osteopenia in women. Treatment of the menopausal woman. Effects of puberty on behavior.
Hal Wasserman, M.D., hsw1@columbia.edu
Adjunctive treatments for myocardial infarction; reperfusion therapy; transplant-related coronary artery disease.
I. Bernard Weinstein, M.D., ibw1@columbia.edu
Molecular mechanisms of carcinogenesis, utilizing cell culture systems and molecular genetics; growth factors and signal transduction.
Carrie Welch, Ph.D., cbw13@columbia.edu
Using a mouse genetics approach to identify new genes underlying susceptibility to atherosclerosis and thrombosis.
Robert Winchester, M.D., rjw8@columbia.edu
How HLA genes act as antigen-presenting structures and selectors of the T-cell repertoire to determine susceptibility to auto-immune diseases and influence the outcome of infections such as HIV.
Howard Worman, M.D., hjw14@columbia.edu
Molecular cell biology of the nuclear envelope, its biogenesis, dynamics in cell division and pathobiology in cancer. Cell biology of hepatitis C virus infection.
Yi-Hao Yu, M.D., Ph.D., yy102@columbia.edu
Lipid and energy metabolism, insulin resistance, and diabetes.
K.L. Calame, Ph.D., klc1@columbia.edu
Regulated gene expression during B and T lymphocyte development.
M. Carlson, Ph.D., mbc1@columbia.edu
Snf1/AMP-activated protein kinase family and metabolic stress responses.
F. Chang, M.D., Ph.D., fc99@columbia.edu
Cell division, cell polarity and the cytoskeleton in fission yeast.
R. Clynes, M.D., Ph.D., rc645@columbia.edu
Fc receptor biology in antigen presentation, cellular cytotoxicity and inflammation.
J.E. Dworkin, Ph.D., HHSC 1218, jonathan.dworkin@columbia.edu
Genetics and cell biology of cytokinesis and chromosome segregation in Bacillus subtilis.
B.F. Erlanger, Ph.D., bfe1@columbia.edu
Immunochemistry of nucleic acids and fullerenes and action of intracellular antibodies.
D. Fidock, Ph.D., HHSC 1502, df2260@columbia.edu
Pathogenesis and drug resistance of the Malaria parasite Plasmodium falciparum; genetic manipulation of P. falciparum.
D.H. Figurski, Ph.D., figurski@cancercenter.columbia.edu
Mechanisms of stable maintenance by promiscuous bacterial plasmids; tight adherence by periopathogen Actinobacillus actinomycetemocomitans.
S.P. Goff, Ph.D., goff@cancercenter.columbia.edu
Molecular biology of retrovirus replication; host factors; yeast two-hybrid screens; virus resistance genes; mouse knock-outs.
M.E. Gottesman, M.D., Ph.D., meg8@columbia.edu
Transcription termination in bacteriophage. Roles of cAMP in Xenopus cell cycle progression and steroid biosynthesis. Genetic analysis of retinol metabolism in the mouse.
H. Gu, Ph.D., hg2065@columbia.edu
Molecular regulation of immune system development, function, and diseases.
A.P. Mitchell, Ph.D., apm4@columbia.edu
Molecular genetics of Candida virulence and of Saccharomyces environmental responses.
B.G. Pernis, M.D., mariagps@aol.com
Immunoregulation by T cells.
V.R. Racaniello, Ph.D., vrr1@columbia.edu
Replication and pathogenesis of RNA viruses.
B.V. Reizis, Ph.D., bvr2101@columbia.edu
Regulation of immune system development and stem cell function.
C.W. Schindler, M.D., Ph.D., cws4@columbia.edu
Molecular mechanisms of signal transduction by cytokines and their role in atherosclerosis and asthma.
H.A. Shuman, Ph.D., has7@columbia.edu
Genetics and genomics of L. pneumophilia pathogenesis.
S.J. Silverstein, Ph.D., sjs6@columbia.edu
Gene expression during varicella zoster virus latency and reactivation.
L.S. Symington, Ph.D., lss5@columbia.edu
Genetics and biochemistry of DNA recombination and repair in yeast.
Y. Zou, Ph.D., yz2001@columbia.edu
Molecular mechanisms controlling lymphoid organotgenesis.
Dr. Stanley Fahn, Director , fahn@movdis.cis.columbia.edu
Clinical research involving most aspects of movement disorders: dystonia and tardive syndromes; clinical pharmacology; genetics of movement disorders; clinical and surgical trials of new therapies for Parkinson disease, dystonia and myoclonus; rating scales; and experimental therapeutics for movement disorders.
Dr. Blair Ford, ford@movdis.cis.columbia.edu
Clinical research on Parkinson disease, dystonia, tremor, Tourette syndrome and other movement disorders, including trials of new pharmacological agents, and surgical approaches to Parkinson disease and tremor.
Dr. Steven Frucht, sf216@columbia.edu
Clinical research in the phenomenology and experimental therapeutics of movement disorders, including Parkinson disease, myoclonus, dystonia, chorea and tics. Current projects include clinical trials of new treatments for Parkinson disease, evaluation and development of new treatments for myoclonus, and evaluation and treatment of focal task-specific dystonias, including musician’s dystonia.
Dr. Paul Greene, pg12@columbia.edu
Clinical phenomenology of movement disorders, experimental therapeutics for Parkinson disease, (including transplantation techniques) and botulinum toxin therapy for dystonia.
Dr. Elan D. Louis, edl2@columbia.edu
Clinical, epidemiological, and genetic aspects of essential tremor, Parkinson disease and Huntington disease.
Dr. Cheryl Waters, cw345@columbia.edu
Clinical drug trials for Parkinson disease. Clinical research on other parkinsonian syndromes and movement disorders.
Dr. Asa Abeliovich, aa900@columbia.edu
The study of the molecular basis of midbrain dopamine neuron function and survival. Midbrain dopamine neurons are thought to play key roles in learned and addictive behaviors and degeneration of these neurons underlies Parkinson disease.
Dr. Robert E. Burke, rb43@columbia.edu
Studies of mechanisms of programmed cell death in models of neurodegeneration related to disorders of the basal ganglia, especially parkinsonism. Studies are conducted both in vivo and in vitro, utilizing immunohistochemistry, quantitative morphologic analysis, in situ hybridization, differential display, receptor autoradiography, and enzyme assays.
Dr. William Dauer, kd2165@columbia.edu
Research focuses on creating and characterizing genetic mouse models of basal ganglia disease, generated through the use of gene targeting. The present emphasis is on the characterizing DYT1 and alpha-synuclein mutants, using anatomic, biochemical and behavioral approaches. Additionally, the laboratory is also involved in strategies that allow region and temporal-specific expression of pathogenic protein in the nervous system.
Dr. Serge Przedborski, sp30@columbia.edu
Study of toxin-induced damage to neurotransmitter systems pertinent to movement disorders such as Parkinson disease and Huntington disease. Modes of cell death and free radical-induced toxicity are also investigated. SOD1 mutant transgenic mice serve as a model for amyotrophic lateral sclerosis. Methods include transgenic mice, immunohistochemistry, in situ hybridization, quantitative morphology, receptor binding, HPLC, classical histology.
Dr. David Sulzer, ds43@columbia.edu
Study of dopamine synaptic plasticity and its pharmacological manipulation by drugs used for treatment of Parkinson disease and schizophrenia, as well as modulation by intrinsic synaptic proteins. Investigations also include mechanisms of addictive-drugs associated with dopamine systems and cell culture models of catecholamine neurotoxicity and neurodegeneration. Methods include electrophysiology, electrochemistry, HPLC, quantitative microscopy, molecular biology and neuronal cell culture.
Drs. John Krakauer, jwk18@columbis.edu
Pietro Mazzoni, pm125@columbia.edu
The neurological mechanisms underlying the initiation and control of reaching movement are studied by kinematic, electromyographic analyses, PET, and fMRI in normal humans and patients with cerebral or cerebellar lesions. Deficits in kinematic control are analyzed following a variety of focal lesions, typically stroke. Recovery and restoration of function are emphasized.
Dr. Seth Pullman, sp31@columbia.edu
Clinical neurophysiologic techniques are used to quantify motor disability and study motor control in patients with neurologic disease. These techniques include kinesiologic and EMG methods; reaction and movement time analyses; transcranial magnetic stimulation of the cortex in conjunction with peripheral stimuli; evoked craniofacial and limb evoked motor recovery curves after multiple stimuli; and backaveraging techniques linking EEG to EMG activity. The effects of treatment such as use of intramuscular botulinum toxin injection are also evaluated using physiologic methods. Artificial neural network and engineering techniques are being developed to analyze and quantify movement disorders.
Dr. Mitchell S. Elkind, mse13@columbia.edu
Stroke risk factors and prevention. Focus on different inflammatory markers and infections, such as C. pneumoniae and periodontal disease, as potential causes of atherosclerosis and ischemic stroke. Use of high-resolution duplex doppler ultrasonography as a measure of stroke risk. Clinical trials of neuroprotectants and surgical hemicraniectomy for acute stroke, and antiplatelet and other therapies for stroke prevention.
Dr. Randolph S. Marshall, rsm2@columbia.edu
Behavioral and physiologic investigation of early hemispheric ischemia in patients undergoing therapeutic carotid balloon test occlusions. Evaluation of visual-spatial dysfunction using behavioral and functional imaging methodologies.
Dr. Jay P. Mohr, jpm10@columbia.edu
Research is focused on clinical, radiologic and pathologic correlations of clinical stroke syndromes; doppler studies and cerebral hemodynamics of large-artery disease; arteriovenous malformations (AVMs); studies of the course and outcome of stroke and its various subtypes; cardiac and hematologic risk factors of stroke; and modification of stroke outcome by specific therapies tested in multi-center trials.
Dr. Ralph L. Sacco, rls1@columbia.edu
Research focuses on stroke prevention and risk factor detection, design and conduct of clinical tnials, and neurological outcomes following stroke. The Northern Manhattan Stroke Study (NOMASS) is an NIH funded cohort study of stroke in the community. Dr. Sacco is also co director of the Neuroepidemiology Training Program.
Dr. Clinton Wright, cbw7@columbia.edu
Study of the effect of different forms of vascular disease on cognitive impairment and decline in a population-based study.
Drs. Ronald M. Lazar, ral22@columbia.edu
Randolph S. Marshall, rsm2@columbia.edu
A clinical research unit dedicated to investigation of the behavioral outcomes of strokes and related vascular diseases. Computerized assessment of stroke patients’ behaviors, functional magnetic resonance imaging, superselective arterial amobarbital (Wada) testing, and transcranial Doppler ultrasonography allow measurement of cerebral plasticity with principal focus on the brain’s abilities to compensate for injury.
Dr. E. Sander Connolly, ecs5@columbia.edu
Dr. Augusto Parra, ap2138@columbia.edu
Mechanisms of ischemic injury. Cellular and molecular neuroprotective mechanisms and new therapeutic strategies.
Dr. Eduardo Bonilla, eb19@columbia.edu
Research involving the ultrastructure of membrane systems in normal and diseased human muscle. Procedures utilized involve transmission electron microscopy, immunocytochemistry, and in situ hybridization.
Dr. Mercy Davidson, mmd2@columbia.edu
Morphological, biochemical, molecular genetic and electrophysiological analyses of mitrochondrial encephalomyopathies using transmitochondrial cybrids, skeletal myoblasts, cardiomyocytes and neuronal cells. Studies of tissue-specific effects of mutations associated with these diseases on normal development and function; and cell culture models for devising potential therapeutic strategies.
Dr. Salvatore DiMauro, sd12@columbia.edu
Biochemical and DNA investigations of human metabolic myopathies, including disorders of glycogen metabolism, lipid metabolism, and mitochondrial function.
Dr. Michio Hirano, mh29@columbia.edu
Molecular biology of neuromuscular disorders. Positional cloning techniques are applied to autosomal disorders affecting the mitochondrial genome. Investigations of mutations of mitochondrial DNA in human cardiomyopathies.
Dr. Eric A. Schon, eas3@columbia.edu
Molecular genetic studies of neuromuscular disorders. Current work includes analysis of respiratory chain genes (cytochrome c oxidase) mutations of mitochondrial DNA in human disease, and in vitro gene therapy.
Dr. Arthur P. Hays, aph1@columbia.edu
Morphologic studies of diabetes and other neuropathies and motor neuron diseases.
Dr. Hiroshi Mitsumoto, Director, hm265@columbia.edu
The Center provides a multidisciplinary team approach for patients with ALS and their families. Comprehensive services include access to medical and psychosocial management, innovative therapeutic clinical trials, basic and clinical research, and expertise in palliative and biomedical care.
Dr. Paul Gordon, phg8@columbia.edu
Neuromuscular clinical research, ALS clinical trials and electromyography.
Dr. Petra Kaufmann, pk88@columbia.edu
Muscular dystrophies, mitochondrial myopathies, other genetic diseases of muscle.
Dr. Clifton L. Gooch, clg33@columbia.edu
Understanding diseases of nerve and muscle through electrophysiologic analysis of peripheral nervous system function in patients. Active areas of research include motor unit number estimation in amyotrophic lateral sclerosis (ALS) and related diseases; electrophysiologic assessment of experimental drug effects; single fiber electromyography and its applications in humans and animal models; quantitative electromyography in myopathic and neuropathic disease; development and application of novel electrophysiologic computerized techniques in EMG; and innovative electrophysiologic techniques for clinical and research applications. The laboratory also provides clinical diagnostic services for a wide and varied population of both inpatients and outpatients at the New York-Presbyterian Hospital and the Neurological Institute.
Dr. Louis H. Weimer, lhw1@columbia.edu
Clinical evaluation of central and peripheral causes of dysautonomia and autonomic failure, including autonomic neuropathy, multiple system atrophy, and orthostatic intolerance. Techniques include cardiovascular reflex testing, heart rate variability, tilt-table testing, power spectral analysis, and sudomotor estimation. Quantification of small somatic pain and temperature nerve fiber function in peripheral neuropathy and selective small fiber neuropathy.
Dr. Ronald G. Emerson, rge2@columbia.edu
Generator sources of evoked potentials; sensory processing by the central nervous system; evoked potentials in neurological disorders; technological and systems development. Dipole models of epileptiform discharges; patterns of seizure propagation.
Dr. Frank Gilliam, Director, Comprehensive Epilepsy Center, fg2124@columbia.edu
Clinical and translational research of most therapeutic techniques in epilepsy, as well as comorbid conditions effects on health outcomes in epilepsy; the neurobiology of depression in epilepsy.
Dr. Carl W. Bazil, cwb11@columbia.edu
Investigational trials of novel anticonvulsant drugs; relationship between neurological diseases (especially epilepsy) and sleep; effects of anticonvulsant drugs on sleep and sleep disorders; outcome of epilepsy surgery.
Dr. Hyumni Choi, hc323@columbia.edu
Dr. Lawrence J. Hirsch, ljh3@columbia.edu
Outcomes of epilepsy surgery. Continuous EEG monitoring in NICU patients. Clinical phenomenology and clinical-electrographic correlation studies of non-convulsive status epilepticus. Clinical pharmacology of antiepileptic drugs.
Dr. Steven C. Karceski, sck33@columbia.edu
New approaches to the surgical treatment of extratemporal localization-related epilepsies. Treatment options and decision making. Comparative value of different antiepileptic drug regimens.
Dr. Alison Pack, ap390@columbia.edu
The treatment of women with epilepsy. The treatment of adolescents with epilepsy. Bone and reproductive health in persons with epilepsy.
Dr. Stanley Resor, srr1@columbia.edu
Dr. Tina Shih,
Socioeconomic disparities, patient outcomes research in epilepsy.
Dr. W. Allen Hauser, wah1@columbia.edu
Neuroepidemiology of seizures and epilepsy syndromes with specific interests in identifying and quantitating risk factors for seizure occurrence, prognosis, and the consequences of head trauma. Epidemiology of status epilepticus.
Dr. Dale Hesdorffer, dch5@columbia.edu
Studies of the association between MRI-detected brain abnormalities and development among children with febrile seizures. Studies of the impact of acute management of severe brain injury on outcomes (in collaboration with the Brain Trauma Foundation). Studies of medical comorbidity associated with epilepsy.
Dr. Ruth Ottman, ro6@columbia.edu
Family and genetic studies of epilepsy. Identification of gene defects in relation to seizure/epilepsy phenotypes and seizure susceptibility. Linkage analysis and delineation of susceptibility genes for human epilepsy.
Dr. Melodie Winawer, mw211@columbia.edu
Family and genetic studies of epilepsy. Problems in phenotype definition.
Dr. Helen Scharfman, scharfman@helenhayeshosp.org
Electrophysiological and neuroanatomical studies in experimental models of epilepsy and epileptogenesis. Mechanisms of epileptic brain damage and functional consequences of brain lesions. Physiological effects of growth factors and neurotrophins. Neurogenesis as a consequence of seizures and its role in epileptogenesis.
Dr. Guy M. McKhann, II, gm317@columbia.edu
Roles of astrocytes in epilepsy; studies of glia-neuron interactions.
This group provides in-patient consultation services for patients with cognitive and behavioral disorders and staffs the Memory Disorders Clinic at the Psychiatric Institute. Residents are encouraged to elect rotations on this service. Research interests in behavioral disorders and dementia primarily focus on degenerative diseases such as Parkinson disease, Alzheimer disease, Huntington disease and stroke. Neurologic, psychiatric and neuropsychologic functions are assessed. Current projects include studies of dementia in Parkinson disease, use of brain imaging in dementia, clinical trials and epidemiology of Alzheimer disease and related disorders; natural history of HIV; cognitive performance in children with complex metabolic disorders. Aging and dementia rounds are held weekly at Columbia-Presbyterian Medical Center and monthly at Harlem Hospital Center. The research activities of the Division of Aging and Dementia are integrated closely with those of the Sergievsky Center, and all divisional faculty hold appointments in the Sergievsky Center.
Dr. Karen S. Marder, Director, ksm1@columbia.edu
Investigations of genetic influences in families of probands with early-onset compared to late-onset Parkinson disease. Multicenter investigation of risk factors for the development of dementia in HIV. Clinical trials of new therapeutic agents in Huntington disease. Longitudinal study of subjects at risk for developing Huntington disease.
Field work and clinical and basic research utilizing an extended kindred with Huntington disease living in Venezuela, including genotype/phenotype analyses. The Huntington Disease Center of Excellence provides experience in clinical care, psychotherapy and genetic counseling. Clinical trial of Coenzyme Q10 and remacemide in Huntington disease. Activities relating to the ethical, legal and social implications of the Human Genome Project.
Dr. Mark W. Albers, mwa28@columbia.edu
Laboratory research mapping the circuits that underlie odor discrimination in mice using genetic markers of olfactory neurons and genetic sensors of neuronal activation; cellular and molecular changes in these neurons induced by experience-dependent learning. Studies using transgenic models of Alzheimer disease to study how olfactory stimuli are processed.
Dr. Karen L. Bell, klb1@columbia.edu
Development of new clinical treatments for Alzheimer disease. Currently Conducting research for the prevention of Alzheimer disease in individuals with mild cognitive impairment. Other research interests include understanding barriers that minorities face in receiving clinical care for dementia and cognitive loss, and developing mechanisms to recruit minorities into clinical research.
Dr. Lucien Coté, lcote@sergievsky.cpmc.columbia.edu
Epidemiology and genetics of Parkinson disease. Studies of depression and dementia in Parkinson disease.
Dr. Laurence C. Honig, lh456@columbia.edu
Clinical studies of Alzheimer disease. Clinical-pathological correlations in Alzheimer disease and related dementias.
Dr. Jennifer Manly, jjm71@columbia.edu
Epidemiology and genetics of Parkinson disease. Studies of depression and dementia in Parkinson disease.
Dr. Richard Mayeux, rpm2@columbia.edu
see Sergievsky Center
Dr. Scott Small, sas68@columbia.edu
Correlations of memory and changes in the hippocampal formation using functional magnetic resonance imaging in normal aging and in Alzheimer disease.
Dr. Nancy S. Wexler, wexlern@pi.cpmc.columbia.edu
Genetic and field studies of Huntington disease in Maricaibo, Venezuela.
The Gertrude H. Sergievsky Center uses traditional and genetic epidemiologic approaches to the study of neurologic disorders. The areas of major interest include adverse reproductive outcomes, epilepsy and seizure disorders, degenerative diseases of the nervous system, developmental disorders of the nervous system, and neurological disorders of major public health impact. Allied disciplines in the health sciences include biostatistics, human genetics, neurology, obstetrics, pediatrics, physiology, psychiatry, psychology, and social sciences. The faculty of a federally funded training program in neuroepidemiology are located primarily within the Sergievsky Center.
Dr. Richard Mayeux, rpm2@columbia.edu
Director, G.H. Sergievsky Center and Co-Director, Taub Institute for Alzheimer Disease.
Dr. Steven M. Albert, sma10@Columbia.edu
Epidemiologic studies investigating the cognitive basis of functional competency of patients with HIV, Alzheimer disease and ALS. Ongoing studies of disease-related changes contributing to patient quality of life, nursing home placement, hospitalization and home care costs.
Dr. Jennie Kline, jkk3@columbia.edu
Epidemiology of spontaneous abortion; chromosomal disorders including trisomy; autism and other selected developmental disorders.
Dr. Ruth Ottman, ro6@columbia.edu
Neuroepidemiology and genetic studies of epilepsy, Parkinson disease and ALS.
Dr. Nicole Schupf, ns24@columbia.edu
Genetic epidemiology of Down syndrome and Alzheimer disease.
Dr. Zena Stein, zas2@columbia.edu
Epidemiology of mental retardation and developmental brain diseases.
Dr. W. Allen Hauser, wah1@columbia.edu
Associate Director (see Neuroepidemiology under the Comprehensive Epilepsy Center).
Dr. Karen S. Marder, ksm1@columbia.edu
(see Aging and Dementia)
Dr. Karen L. Bell, klb1@columbia.edu
(see Aging and Dementia)
Dr. Laurence C. Honig, lh456@columbia.edu
Dr. Elan D. Louis, edl2@columbia.edu
(see Movement Disorders)
Dr. Scott Small, sas68@columbia.edu
(see Aging and Dementia)
Dr. Yaakov Stern, Head, Cognitive Neuroscience, ys11@columbia.edu
Experimental and neuroimaging approaches to cognitive issues in normal aging and diseases of the aging brain (including Alzheimer, Parkinson and Huntington diseases). Current experimental cognitive studies include: source memory, working memory, priming, and the interplay between explicit recollection and familiarity in normal aging; basic timing mechanisms in normal aging and Parkinson disease; language and working memory in Alzheimer disease; and effects of literacy, education, ethnicity and acculturation on neuropsychological task performance in cognitive neuroimaging. Cognitive neuroimaging studies include: network changes in mediating recognition and working memory and cognitive reserve in normal aging and Alzheimer disease (H2 15O PET and fMRI); age priming in young adults and normal aging (ER-fMRI) executive function in normal aging and Huntington disease (fMRI), and effects of estrogen on recognition and source memory in elderly women (ERP).
Dr. Marc C. Patterson, Director, mcp73@columbia.edu
Pathophysiology of Niemann-Pick Disease, Type C. Therapeutic trials of Coenzyme Q10, and glucosylceramide synthase inhibition in Niemann-Pick, Type C. Diagnosis and management of congenital disorders of glycosylation. Studies of the neurobiological basis of autistic spectrum disorders.
Dr. Darryl C. De Vivo, dcd1@columbia.edu
Biochemical and molecular studies of inherited and acquired metabolic diseases that affect the developing nervous system and muscular system. Research focuses on defects of oxidative metabolism and the molecular basis of glucose transporter deficiency syndromes. Clinical trials in mitochondrial encephalomyopathies.
Dr. Claudia Chiriboga, cac3@columbia.edu
Studies of neurological, behavioral and psychological outcomes in children with intrauterine exposure to cocaine. Neuro-developmental outcomes of brain injuries associated with prematurity.
Dr. Linda Leary, ldl8@columbia.edu
Pediatric epilepsy and the role of epilepsy surgery in children. Studies of subtraction ictal SPECT and interictal PET scans in children with epilepsy being considered for surgery. Studies of the association of malformations of cortical development and intractable epilepsy. Age-dependent epileptic syndromes of childhood.
Dr. Arthur Mandel, amm28@columbia.edu
Disorders of cerebral energy failure, using functional magnetic resonance imaging.
Dr. Juan Pascual, jmp53@columbia.edu
Studies of ion channel structure, function and pharmacological modification in molecular excitability disorders, including genetic myopathies, neurotoxicity, epilepsy and arrhythmias.
Dr. Stephan A. Mayer, Director, sam14@columbia.edu
Dr. Christopher Commichau
Dr. Brian-Fred Fitzsimmons
Dr. Augusto Parra
Clinical trials and outcomes research related to intracerebral and aneurysmal subarachnoid hemorrhage. Clinical trials of hypothermia and hemicraniectomy for acute ischemic stroke. Quality of life and cognitive function after aneurismal subarachnoid hemorrhage. Other research interests include neurogenic cardiac arrhythmias, status epilepticus and end-of-life care.
Dr. Casilda Balmaceda, cb116@columbia.edu
Studies of primary brain tumors including gliomas, oligodendrogliomas, lymphomas and pineal tumors; leptomeningeal tumors; paraneoplastic syndromes. Multicenter clinical trials of new therapeutic agents.
Rose Lai, M.D., rl207@columbia.edu
The molecular epidemiology of brain tumors. Population-based studies to elucidate different genetic polymorphisms and their role in the pathogenesis of brain tumors, especially glioma. Using metabolic imaging techniques to identify molecular markers in brain tumors and predict responsiveness to treatment.
Steven Rosenfeld, M.D., Ph.D., sr2327@columbia.edu
Director, NYPH Brain Tumor Center
Novel ways of pharmacologically-blocking brain tumor growth and invasiveness by targeting the molecular motors that drive mitosis and cell motility.
Richard Anderson, M.D., rca24@columbia.edu
Clinical and basic science research investigating brain tumor immunology with special emphasis on pediatric brain tumors. Additional clinical research focuses on biomechanics of the pediatric spine and prenatal MRI.
Jeffrey Bruce, M.D., jnb2@columbia.edu
Studies into the molecular biology of brain tumors with an emphasis on potential targets for brain tumor therapy and clinical applications of laboratory-derived research. Clinical studies involving novel forms of brain tumor therapy.
E. Sander Connolly, M.D., esc5@columbia.edu
Vascular biology of ischemia and hemorrhagic stroke with a focus on the role of inflammatory cascades in tissue injury and recovery. Clinical outcome studies and trials of patients with ischemia and hemorrhagic stroke.
Saadi Ghatan, M.D., sg2160@columbia.edu
Programmed cell death during early neural development. Clinical research interests include studies in pediatric neurooncology and neurotrauma in children.
Robert R. Goodman, M.D., Ph.D., rrg2@columbia.edu
Clinical research studies on surgical treatment of intractable epilepsy, movement disorders and depression. Includes collaborative studies on investigational devices to improve the detection and treatment of epilepsy.
Michael G. Kaiser, M.D., mgk7@columbia.edu
Clinical and research interests focus on disorders of the spine and spinal cord. Research projects include clinical outcomes analysis, motion preservation, and computer simulation of the spine.
Guy M. McKhann, M.D., gm317@columbia.edu
Electrophysiological and morphological studies of astrocyte function in animal model and human epilepsy. Clinical investigation of brain organization of language and sensorimotor function.
Robert A. Solomon, M.D., ras5@columbia.edu
Clinical research on outcome of patients with cerebral arteriovenous malformations and aneurysms.
Christopher J. Winfree, M.D., cjw12@columbia.edu
My clinical research investigates the use of novel neurostimulation techniques to treat chronic pain. My basic science research explores the use of peripheral nerve transfers to treat spinal cord injury.
Laxmi V. Baxi, M.D., lvb1@columbia.edu
A range of research interests including genetics of pregnancy complications, genetic thrombophilia, diabetes mellitus and medical complications in pregnancy, habitual abortion and induction of labor.
Stephen Brown, M.D., sab8@columbia.edu
General area of investigation is human genetics and prenatal diagnosis. Currently the research focuses on the gene “Zic2” and its role in brain malformation.
Mary D’Alton, M.D., md511@columbia.edu
Leading researcher and expert clinician in all aspects of high-risk pregnancy with particular interest in prenatal diagnosis and multiple pregnancy.
Michel Ferin, M.D., mf8@columbia.edu
The neuroendocrine control of the menstrual cycle in the non-human primate, with emphasis on the role of GnRH in the normal cycle, on the interaction between the gonadal and adrenal endocrine axes and the physiopathology of stress-induced hypothalamic amenorrhea, and on the etiology of the polycystic ovary syndrome. Also, the role of angiogenic factors in folliculogenesis, uterine function and endometriosis.
Wylie C. Hembree III, M.D., wch2@columbia.edu
The role of testicular estrogens in sperm production and the treatment of male hypogonadism and male infertility.
Amalia Kelly, M.D., ack2@columbia.edu
Studies on the role of molecular variants of HCG in reproduction; early pregnancy loss. Ovarian aging and trisomy, menopause. Alternative medicine in women’s health problems.
Joyce Lustbader, Ph.D., jwl2@columbia.edu
Clinical and basic research studies focusing on the structure/function of hCG, endometriosis and the generation of novel new hormones.
Fergal D. Malone, M.D., fdm9@columbia.edu
Research on prenatal diagnosis, including obstetric ultrasonography, Down syndrome screening and invasive fetal testing. Research also focuses on problems with multiple gestations, prematurity prevention, critical care obstetrics and medical complications of pregnancy.
Julian Robinson, M.D.
Research interests primarily focus on prenatal diagnosis, multiple pregnancy, ultrasound scanning, fetal echocardiography, invasive diagnostic techniques and operative obstetrics.
Mark Sauer, M.D., mvs9@columbia.edu
Clinical and basic research in assisted reproduction (IVF and oocyte donation) and reproductive endocrinology.
Lynn L. Simpson, M.D., ls731@columbia.edu
Clinical studies on prenatal diagnosis, including the prenatal detection of fetal anomalies, congenital heart disease, chromosomal abnormalities and complications related to multiple gestations.
Michelle P. Warren, M.D., mpw1@columbia.edu
Clinical studies on the effects of hypoestrogenism on premenopausal osteoporosis in athletes and hypothalamic amenorrhea. Clinical studies with hormone replacement therapy, treatment of polycystic ovarian disease and menopause.
Carolyn Westhoff, M.D., clw3@columbia.edu
Epidemiologic studies concerning reproductive health. Also, contraceptive development and evaluation, prevention and screening.
Ming-Neng Yeh, M.D., my8@columbia.edu
Studies using ultrasound for detection of fetal anomalies, intra-uterine growth retardation and macrosomia as well as investigation of fetal microcirculation of the placenta.
Rando Allikmets, Ph.D., rla22@columbia.edu
Molecular genetics of macular and retinal diseases.
Gaetano Barile, M.D., grb17@columbia.edu
Studies of vascular biology in diabetic retinopathy and age-related macular degeneration.
Richard E. Braunstein, M.D., reb10@columbia.edu
Clinical studies in cataract surgery and refractive surgery.
Stanley Chang, M.D., sc434@columbia.edu
Studies of vitreoretinal diseases, complicated retinal detachments and ocular tamponades.
Michael Chiang, M.D., E.I., chiang@dbmi.columbia.edu
Bio-medical informatics, pediatric ophthalmology.
Lucian Del Priore, M.D., Ph.D., ld394@columbia.edu
Studies in retinal transplantation, macular degeneration.
James Dillon, M.D., jpd1@columbia.edu
Photobiology of the eye, structural changes in proteins, photosensitization.
Jorge Fischbarg, M.D., Ph.D., jf20@columbia.edu
Physiology of the cornea.
John T. Flynn, M.D., jtf38@columbia.edu
Pediatric ophthalmology, retinopathy of prematurity.
Peter Gouras, M.D., E.I., pg10@columbia.edu
Studies of retinal transplantation and gene therapy for retinal disorders.
Michael Kazim, M.D., E.I., mk48@columbia.edu
Research in orbital diseases.
Janet Sparrow, Ph.D., jrs88@columbia.edu
Studies of retinal cell biology, aging processes in the retina.
Larry Shapiro, Ph.D., lss8@columbia.edu
Structural and molecular biology of cadherins and diabetic retinopathy.
R. Theodore Smith, M.D., Ph.D., rts1@columbia.edu
Age-related macular degeneration, image enhancement techniques.
Melanie Sohocki, Ph.D., ms2241@columbia.edu
Molecular biology of Leber’s congenital amaurosis.
Stephen Trokel, M.D., trokel@columbia.edu
Laser development, optics and refractive surgery.
Basil Worgul, Ph.D., bvw1@columbia.edu
The effects of radiation on the eye.
Christopher S. Ahmad, M.D., csa4@columbia.edu
Ongoing clinical studies in sports medicine and shoulder surgery. Basic science studies are ongoing in knee and shoulder biomechanics, including topographic considerations for autologous osteochondral grafting and biomechanical analysis of double bundle PCL reconstructions.
Louis U. Bigliani, M.D., lub1@columbia.edu
Clinical studies in shoulder surgery including rotator cuff, instability and total joint replacements, fractures, arthroscopy and sports medicine are being pursued. The anatomy pathology and contact patterns of the subacromial space and rotator cuff are being studied as well as the mechanism of rotator cuff repair to bone.
Theodore A. Blaine, M.D., tb211@columbia.edu
Associate Director, Center for Shoulder, Elbow and Sports Medicine, Co-Director, Center for Orthopaedic Research, Principal Investigator, five-year multicenter outcome study of the Bigliani-Flatow total shoulder replacement prosthesis for osteoarthritis. Multiple ongoing clinical studies in shoulder and elbow arthritis, instability and tendon disorders. Current basic science interests include novel pharmacologic treatment strategies to prolong the life of joint replacement prostheses for osteoarthritis and rheumatoid arthritis, the biochemistry and molecular biology of fracture healing and the molecular pathophysiology of inflammatory conditions of the shoulder and elbow.
Catherine A. Compito, M.D., cac2004@columbia.edu
Specialization in shoulder surgery and sports medicine as well as care of fractures. Special interest/focus in women’s health.
Jeffrey A. Geller, M.D., jg2520@columbia.edu
Hip and knee replacement surgery, osteoporosis related fractures. Clinical research in outcomes of minimally invasive total hip and total knee replacement surgery, longevity of current hip and knee implants and pain management strategies in total joint replacement. Basic science research in biomechanics of fracture fixation around total joint implants.
Justin K. Greisberg, M.D., jkg2101@columbia.edu
Orthopedic foot and ankle surgery, and orthopedic trauma surgery. Clinical and basic research in adult acquired flat foot deformity. Basic science research continues in response of cartilage to blunt trauma, particularly apoptosis. Always looking for students to participate in short and long term projects.
Joshua E. Hyman, M.D. , jh736@columbia.edu
Pediatric Orthopedics. Clinical studies in treatment of pediatric fractures. Ongoing clinical studies include quality of life assessments for patients with cerebral palsy, club feet and fractures; assessment of spinal fusion rates following administration of ketorolac; and evaluation of pediatric ankle injuries.
Francis Y. Lee, M.D., CHONY-8N, fl127@columbia.edu
Director, Center for Orthopaedic Research. Chief, Tumor and Bone Disease; Pediatric Orthopaedics. Clinical studies in musculoskeletal tumors, metabolic bone disease and pediatric orthopedics. Basic science in bone tumors, osteoclast biology, molecular pathways of chondrocyte differentiation, molecular mechanisms of skeletal metastasis and molecular mechanisms of osteoblast and osteoclast interactions. Basic science studies in biomechanical and molecular aspects of fracture healing, limb lengthening, growth plate, bone remodeling and tissue engineering. Dr. Lee has been participating in P&S Student NIH Summer Fellowship Training Grant.
William N. Levine, M.D., wln1@columbia.edu
Director, Sports Medicine, Associate Director, Center for Shoulder, Elbow and Sports Medicine, Head Team Physician, Columbia University. Clinical and basic science studies in shoulder surgery, including instability, rotator cuff, total joint replacement, fractures and arthroscopy. Basic science studies in sports medicine, including ACL tears and various fixation methods. Clinical and basic science studies investigations are ongoing, including epidemiological studies of female athletes and the relationship to ACL tears.
William Macaulay, M.D., wm143@columbia.edu
Director, Center for Hip and Knee Replacement. Clinical multicenter outcome studies in primary and revision hip/knee surgery, post operative transfusion and hip fracture treatment. Additional outcome studies include long term survivorship analyses of primary and revision hip/knee prostheses as well asexploration into improved methods of post operative pain control and enhanced patient satisfaction following total knee replacement. Basic science research interests include the rational design of orthopedic implants and less invasive techniques, computer assisted surgery, the biology of periprosthetic bone resorption, thrombogenesis after total joint replacement, etiology and treatment of osteonecrosis.
Christopher B. Michelsen, M.D., cmb1@columbia.edu
Chief, Spine Service for Orthopaedic Surgery. Adult spine surgery with primary interest in the Failed Back Syndrome. Total hip and knee replacement and trauma surgery. Areas of interest are utilization of spinal instrumentation and implementation of computer-assisted joint replacement. Developing CUI in community-based orthopedic practice and treatment of failed back syndrome.
Michael T. Murray, M.D., mtm2114@columbia.edu
All areas of spinal disorders. Research areas include scoliosis, degenerative disc disease outcomes, research on spinal surgery patients. Minimally invasive spinal surgery, disc replacement and geriatric orthopaedic care. Students welcome for any short or long term research projects.
Ohannes Nercessian, M.D., oan1@columbia.edu
Dr. Nercessian’s particular areas of research include hip and knee surgery. The use of allograft in complex revision operations and in failed hip and knee surgery with significant bone loss. Research containing joint bearing surface material and doing surgery to minimize complications such as dislocation, infection and other risks ssociated with total joint replacement. Other areas of research include identifying factors that contribute to post-operative complications following total hip arthoplasty.
Melvin P. Rosenwasser, M.D., mpr2@columbia.edu
Cartilage research/trauma research. Experimental approaches are being developed to resurface cartilage defects using autogenous periosteal grafts and growth factors. Studies include research in the anatomy, function and stresses on the thumb basal joint with regard to its frequent progression to osteoarthritis. Research involving new approaches for tendon repair are underway. Clinical studies include comparisons of surgical techniques, implants and radiographic imaging modalities for orthopaedic trauma surgery. Development of new joint prostheses for hand and elbow reconstruction and the development of sophisticated computer models to guide and innovate new surgical approaches. Clinical outcome studies in fracture care of long bone injuries in the Trauma Training Center are ongoing. Students are welcome and many have completed NIH Summer Fellowships.
David P. Roye, Jr., M.D., dpr2@columbia.edu
Pediatric Orthopaedics. Elective is supervised for the entire division by Dr. Joshua Hyman. Clinical rotation includes Dr. Roye, Dr. Lee, Dr. Hyman and Dr. Vitale. Students are integrated into the extensive clinical research program of the division that emphasizes health related quality of life in children with orthopaedic problems. Current research topics include clubfoot, scoliosis, hip disease along with database research examining volume outcomes and access to care. Many research projects are collaborative with InCHOIR and the Mailman School of Public Health.
Robert J. Strauch, M.D., rjs8@columbia.edu
Clinical activities include hand and elbow surgery as well as microsurgery in adults and children. Basic science studies involve the thumb carpometacarpal joint anatomy, biomechanics and the pathophysiology of arthritis in that joint. Anatomical studies involve primarily the elbow, wrist and hand. Clinical studies include areas of concern in traumatic and reconstructive hand and elbow surgery.
Michael G. Vitale, M.D., M.P.H., mgv1@columbia.edu
Herbert Irving Assistant Professor of Orthopaedic Surgery. Pediatric Orthopaedics. Director, Pediatric section of International Center for Health Outcomes and Innovation Research. Clinical studies focusing on outcomes following scoliosis surgery, including minimally invasive techniques. Assessment of quality of life and cost-effectiveness outcomes in orthopaedics. Development of web-based on-line pediatric trauma registry. Evaluation of technologies to avert perioperative blood transfusions.
Mark Weidenbaum, M.D., mw8@columbia.edu
Adult and pediatric spine surgery. Areas of research include intrinsic material properties of intervertebral disc, spine fixation systems, fixed pelvic obliquity, and studies on spinal deformities. Clinical studies include assessment of spinal fusion techniques and minimally invasive spine procedures, as well as long term evaluation of spondylolisthesis and adult scoliosis.
Jeffrey M. Ahn, M.D., jma2@columbia.edu
Sleep disorder surgery. Facial plastic and reconstructive surgery and sinus surgery. Research area includes basic science research of facial nerve regeneration. Clinical research on sleep disorder and its treatment. Pathogenesis of rhinitis and sinusitis.
Jonathan E. Aviv, M.D., G.C.R.C., jea10@columbia.edu
Head and neck cancer surgery and reconstructive surgery of the head and neck. Clinical research includes innovative methods, techniques and devices that measure sensory discrimination in the pharynx and larynx.
Edward W. Chang, MD, DDS, ewc3@columbia.edu
Facial plastic and maxillofacial surgery. Sleep surgery and sinus surgery. Clinical research in the area of sleep disordered breathing, and facial plastic surgery.
Lanny Garth Close, M.D., lgc6@columbia.edu
Head and neck surgery. Endoscopic sinus surgery. Skull base surgery. Clinical research includes evaluation of head and neck cancer invasion and outcomes research in head and neck cancer.
Joseph Haddad, Jr., M.D., jh56@columbia.edu
Pediatric Otolaryngology. Lab projects include those on the pathogenesis of otitis media with effusion, examining the role of free radicals as contributors to inflammation. Clinical projects include antibiotic trials in acute media and otorrhea and epidemiologic studies of cleft lip and cleft palate in patients in Central America.
Shyam M. Khanna, Ph.D., smk3@columbia.edu
Basic research lab. Projects include: biophysics of hearing; cellular mechanics of the inner ear; confocal microscopy of inner ear in living animals; laser interferometric measurement of cellular vibration; neural coding in the auditory system.
Spiros Manolidis, M.D, FACS, FRCS, sm2397@columbia.edu
Basic science research: Robotic insertion of cochlear implant electrodes with minimal trauma to the cochlea for hearing preservation approaches (in conjunction with the mechanical engineering department) Robotic applications in Head & Neck cancer surgery. Clinical Research / Otology - Neurotology: Cochlear implant outcomes studies, Surgical technique and outcomes studies in advances chronic ear disease. Clinical Research / Head & Neck Surgery: combined treatment outcome studies in head & neck cancer, outcome studies on lateral skull base surgery for malignant tumors.
Thomas Murry, Ph.D., HP 8-812, tm2103@columbia.edu
Voice science including speech, voice and upper airway physiology. Acoustic, aerodynamic and sensory testing of vocal function and swallowing physiology. Voice research in the areas of new diagnostic technology, efficacy of treatment outcomes assessment and vocal fold physiology. Effects of respiration and vocal function.
Elizabeth Olson, Ph.D., ea92004@columbia.edu
Basic research lab. Projects include: biophysics of hearing; inner ear mechanics; intracochlear pressure measurements; confocal imaging of the inner and middle ear; laser interferometric measurements of inner and middle ear vibration.
Hector P. Rodriguez, M.D., hpr1@columbia.edu
Endoscopic sinus surgery, laser surgery for snoring and sleep apnea. Radio frequency waves (somnoplasty) for the treatment of nasal congestion and snoring. Rhinology and nasal allergy testing and immunotherapy.
Jaclyn Spitzer, Ph.D., jbs50@columbia.edu
Audiologic methods including hearing, balance and tinnitus evaluation, central auditory processing assessment, electrophysiologic measurement of processes involving auditory and vestibular pathways. Hearing research and rehabilitation studies utilizing cochlear implants, conventional and implantable hearing aids, bone-anchored hearing aids; evaluation of expanded criteria for these treatments; outcomes assessment of treatment efficacy.
Ian S. Storper, M.D., jss9@columbia.edu
Otology, neurotology, skull base surgery. Basic science research includes using the optical sectioning microscopy/laser interferometry to describe cochlear hair cell motion and using galvanic evoked potentials to measure the human vestibulospinal reflex. Clinical projects include the use of anticholinergic drugs to suppress vertigo, the use of antiviral drugs in the treatment of sudden-onset hearing loss and outcomes analysis of cranial nerve function in skull base surgery.
Gloria H. Su, Ph.D., gs2157@columbia.edu
Molecular oncology/cancer genetics. Basic research includes identifying tumor-suppressor genes important for head and neck tumorigenesis and studying their tumor-suppressive functions using transgenic and knock-out gene approaches. Transgenic and conditional knock-out mice and created for cancer modeling for the purposes of identifying novel markers, furthering our understandings of tumor biology, and developing early detections and chemopreventive therapeutics.
Asa Abeliovich, M.D., Ph.D., aa900@columbia.edu
The molecular mechanisms of neurodegeneration and the function and survival of dopamine receptors. We are studying the molecular bases of midbrain dopamine neuron function and survival. Midbrain dopamine neurons are thought to play a key role in learned and addictive behaviors, and degeneration of these neurons underlies Parkinson’s disease.
Ernest W. April, Ph.D., ewa1@columbia.edu
Muscle biophysics. Studies concerning the myofilament lattice, liquid crystals in biological systems, and malignant hyperthermia. Clinical anatomy.
Richard Baer, Ph.D., rb670@columbia.edu
BRCA1 and BARD1 function in breast cancer.
Jonathan M. Barasch, M.D., Ph.D., jmb4@columbia.edu
Epithelial cells of the kidney derive from mesenchymal cells and form the nephron, the functional unit of the organ. The conversion of mesenchyme into epithelia is controlled by the ureteric bud. Our work is dedicated to identifying signals from the ureteric bud that induce cell conversion, the cellular mechanisms that lead to the epithelial phenotype (de-novo), and the identification of the progenitors of the organ.
Jeannette Chloe Bulinski, Ph.D., jcb4@columbia.edu
Differentiation of cytoskeletal elements during morphogenesis. Expression and post-translational modifications of microtubule-associated proteins and tubulin functioning in mitosis and in skeletal and heart muscle differentiation.
Giorgio Cattoretti, M.D., gc87@columbia.edu
The pathogenesis of lymphoid neoplasia in humans and animal models.
Lorraine N. Clark, Ph.D., lc654@columbia.edu
Molecular genetics of Parkinson’s Disease.
Vivette D’Agati, M.D., vdd1@columbia.edu
Histologic, immunopathologic and ultrastructural studies of medical diseases of the kidney. Research projects include murine model of polycystic kidney disease, and clinical pathologic studies of HIV nephropathy, lupus, nephritis, focal segmental glomerulosclerosis and diabetic nephropathy.
Riccardo Dalla-Favera, M.D., rd10@columbia.edu
The general goal of this laboratory is to elucidate the pathogenesis of cancer. We focus on lymphoid malignancies and on the identification of genes that control B cell development and are altered in lymphoma. Altered genes, including oncogenes and tumor suppressor genes, are studied for their normal and pathologic functions using in vitro molecular biological assays as well as transgenic mouse models.
Thomas Diacovo, M.D., td2142@columbia.edu
Publications from research include, “Mechanics of transient platelet adhesion to von Willebrand factor under flow.” and “Adhesive mechanisms governing IPC recruitment into Lymph Nodes.”
Gilbert Di Paolo, Ph.D., dg2175@columbia.edu
Role of phosphoinositides in organelle trafficking, cytoskeletal dynamics and disease-related processes.
Fiona Doetsch, Ph.D., fkd2101@columbia.edu
Neural stem cells and their niche in the adult mammalian brain.
Andrew J. Dwork, M.D., ajd6@columbia.edu
The major focus of this laboratory is the study of neuroanatomic correlates of psychiatric disorders such as schizophrenia, mood disorders and suicide. In particular, we are interested in the causes of cognitive impairment among individuals suffering from these disorders. Of related interest are the neuroanatomic effects of external influences, such as chronic hospitalization, somatic treatments, and intellectual stimulation.
Phyllis L. Faust, M.D., Ph.D., plf3@columbia.edu
Investigation of human neuronal migration disorders. We have utilized gene targeting to develop a mouse model for the peroxisomal biogenesis disorder Zellweger syndrome. We are characterizing the central nervous system abnormalities that develop in these mice with morphologic, molecular and biochemical methods.
Daniel Fink, M.D., MPH, djf3@columbia.edu
Informatics in the clinical laboratory. Director of Core Laboratory, CUMC.
Paul B. Fisher, Ph.D., pbf1@columbia.edu
Molecular basis of carcinogenesis and cellular differentiation.
Greg A. Freyer, Ph.D., gaf1@columbia.edu
Molecular Biology and Biochemistry. Repair of UV damaged DNA and the regulation of this process.
Michael D. Gershon, M.D., mgd4@columbia.edu
Neurobiology, neuroanatomy and developmental neurobiology. A variety of studies concerning the enteric neuronal systems, from the migration of neural crest neuroblasts to the gut, to tissue interactions in development which lead to congenital megacolon.
James E. Goldman, M.D., Ph.D., jeg5@columbia.edu
Cellular and molecular studies of astrocyte and oligodendrocyte development and myelination; glial responses to pathological states, including demyelinating diseases; regulation and function of heat shock proteins in CNS glia; cytoskeletal proteins of neurons and glia; neurodegenerative diseases.
Ellen Greenebaum, M.D., eg39@columbia.edu
Cytopathology with special emphasis on Fine Needle Aspiration Biopsy, especially of thyroid, head and neck and ovarian cysts.
Lloyd A. Greene, Ph.D., lag3@columbia.edu
Cellular and molecular biology of neuronal development. Studies on the molecular mechanisms by which neurotrophic factors regulate neuronal differentiation and death. Investigations of the causes and prevention of neuronal cell death and degeneration.
Wei Gu, Ph.D., wg8@columbia.edu
Molecular mechanisms by which p53 mediates tumor suppression and responses to cellular stress.
Gregg G. Gundersen, Ph.D., ggg1@columbia.edu
Cell Biology. Cytoskeletal dynamics in cell motility and cell polarization. Role of microtubules in organelle transport.
Diane Hamele-Bena, M.D., dh129@columbia.edu
Cytopathology and Surgical Pathology, with special interest in the pathology of breast diseases. Also involved in using multimedia tools in medical education.
Arthur P. Hays, M.D., aph1@columbia.edu
Morphologic methods are used to study peripheral nerve in motor neuron diseases, diabetic neuropathy and autoimmune neuropathies.
Christopher E. Henderson, Ph.D., ch2331@columbia.edu
Work in the lab focuses on the study of motor neuron development as an approach to understanding and analyzing mechanisms underlying ALS and SMA.
Hanina Hibshoosh, M.D., hhh1@columbia.edu
Surgical pathology, breast and soft tissue tumors. Molecular pathogenesis of breast tumors as well as evaluation of prognostic factors related to breast cancer utilizing image and molecular analysis.
Harold S. Kaplan, M.D., hsk18@columbia.edu
Research on human error in medicine, its prevention and management.
Richard H. Kessin, Ph.D., rhk2@columbia.edu
Molecular Biology and Genetics. Gene regulation and development in simple organisms. Specific proteolysis during development. Evolution of developmental strategies.
Tae Wan Kim, Ph.D., twk16@columbia.edu
Elucidating the molecular mechanisms underlying familial Alzheimer’s disease (FAD). A significant portion of AD is caused by the inheritance of certain defective genes. Mutations in the genes encoding the presenilins (PS1 and PS2) cause the majority of early-onset cases of FAD. The central focus of our research is to define the precise molecular steps by which defects in presenilin genes lead to the characteristic pathogenesis and molecular phenotypes associated with FAD.
Jan Kitajewski, Ph.D., jkk9@columbia.edu
Wnt and Notch genes in tumorigenesis and vascular development.
Brett Lauring, M.D., Ph.D., bl320@columbia.edu
Investigation of the cellular and molecular basis of neurodegenerative diseases. We employed a novel crosslinking strategy to identify and purify proteins interacting with alpha synuclein, a protein that contributes to synaptic plasticity by regulating neurotransmitter release and contributes, particularly when mutated, to the pathogenesis of Parkinson’s disease.
Jay H. Lefkowitch, M.D., jhl3@columbia.edu
Histopathological and ultrastructural studies of diseases of the liver. Special areas of interest include pathology of hepatitis C virus infection, the liver in AIDS, and biliary tract diseases.
Ronald K.H. Liem, Ph.D., rkl2@columbia.edu
Cellular and molecular neurobiology. Studies concerning the composition, organization and function of the neuronal cytoskeleton.
W. Ian Lipkin, M.D., wil2001@columbia.edu
The role of infectious agents and immune responses in acute and chronic CNS disease including developmental defects, affective disorders and schizophrenia, and autism. The laboratory also focuses on the identification of new viral agents in human disease.
Thomas Ludwig, Ph.D., rjl2128@columbia.edu
Functional analysis of breast cancer susceptibility genes. Our efforts are focused on molecular and genetic studies of the breast cancer susceptibility genes BRCA1 and BRCA2. Germline mutations in the BRCA1 and BRCA2 genes account for 70-80% of hereditary breast and ovarian cancers. Both are thought to be tumor suppressor genes as the wild-type alleles are lost in tumors of heterozygous carriers.
Mahesh Mansukhani, M.D., mm322@columbia.edu
Molecular pathology including screening and diagnosis.
Yinghui Mao, Ph.D., ym2183@columbia.edu
Kinetochore microtubule attachment, chromosome movement, and mitotic checkpoint during mitosis
Charles C. Marboe, M.D., ccm1@columbia.edu
Surgical pathology. Cardiac and pulmonary transplant pathology. Special interest in cardiac pathology: atrial fibrillation and remodeling after assist device placement.
Eugene E. Marcantonio, M.D, Ph.D., eem2@columbia.edu
Cell Adhesion. Integrin receptor role in interactions with the cytoskeleton and in growth promoting signals. Systems include fibroblast adhesion and migration; transgenic mouse models of the developing thymus and T cell activation and proliferation.
Glen S. Markowitz, M.D., gsm17@columbia.edu
Renal pathology utilizing modalities of light microscopy, immunofluorescence and electron microscopy. Research interests include animal models of autosomal dominant polycystic kidney disease, nephrotoxicity of various therapeutic agents (including lithium and pamidronate), and clinico-pathologic studies of multiple glomerular diseases including lupus nephritis, membranous glomerulopathy, focal segmental glomerulosclerosis and fibrillary glomerulonephritis.
Carol A. Mason, Ph.D., cam4@columbia.edu
Developmental neurobiology. Axonal growth cone interactions with pathways, and with target cells; development of synaptic connections.
Umrao R. Monani, Ph.D., um2105@columbia.edu
Spinal muscular atrophy-translating basic findings into a potential treatment.
Letty Moss-Salentijn, D.D.S., Ph.D., lm23@columbia.edu
Prenatal growth and development of the facial complex. Growth dynamics of the postcranial skeleton with special emphasis on endochondral ossification processes in long bone growth.
Vundavalli Murty, Ph.D., vvm2@columbia.edu
Major focus of this laboratory is to understand the genetic basis of male germ cell tumors and carcinoma of cervix uteri. General interest is to utilize cytogenetic and molecular cytogenetic methods in diagnosis and prognosis of cancer.
David Michael Owens, Ph.D., do2112@columbia.edu
Our overall focus is to determine the contributions of stem cells and differentiated cells to the development of epidermal squamous cancer.
Kathleen M. O’Toole, M.D., kmo2@columbia.edu
Pathology of the male genital and urinary tracts, with an emphasis on neoplasms. Clinicopathologic studies of these entities, utilizing immunohistochemical techniques.
May Parisien, M.D., mp11@columbia.edu
Study of metabolic bone diseases, specifically, the microarchitecture of bone in primary
hyperparathyroidism, using the technique of bone histomorphometry.
Ramon Parsons, M.D., Ph.D., rep15@columbia.edu
Our lab focuses on the PTEN tumor suppressor gene, which is mutated in a variety of cancers. We are attempting to determine its role in regulating tumor growth.
Karl H. Perzin, M.D., khp1@columbia.edu
Clinocopathologic study of breast biopsy specimens to determine if precursor lesions to breast carcinoma can be identified. Clinocopathologic studies of various tumors of the head and neck region, and of the gastrointestinal tract, including immunohistologic studies.
Michael A. Pesce, Ph.D., map8@columbia.edu
Clinical Chemistry: Studies that determine the sensitivity and specificity of the biochemical markers creatine kinase MB, isoforms, creatine kinase MB, troponin and myoglobin in the assessment of myocardial infarction and unstable angina.
Tuan D. Pham, Ph.D., tdp1@columbia.edu
Developmental neurobiology. Studies of the relationship between birthdates and phenotypic expression of neurons during embryonic development using immunocytochemical, radioautographic and ultrastructural techniques.
Liza A. Pon, Ph.D., lap5@columbia.edu
Cell biology. Protein import into mitochondria; control and regulation of mitochondrial movement during yeast cell growth and development; myosin I function in establishment of cell polarity.
Stephen Rayport, M.D., Ph.D., sgr1@columbia.edu
Physiology and pharmacology of mesolimbic dopamine neurons examined in vitro.
Ralph Richart, M.D., rmr5@columbia.edu
The pathogenesis of uterine cervical neoplasia and methodologies to detect and prevent precursor lesions.
Steven Rosenfeld, M.D., Ph.D., sr2327
Research focuses on novel ways of pharmacologically blocking brain tumor growth and invasiveness by targeting the molecular motors that drive mitosis and cell motility.
Lorna W. Role, Ph.D., lrole@aol.com
Developmental regulation and modulation of ion channels expressed in central and peripheral neurons.
Heidi Rotterdam, M.D., hr19@columbia.edu
Surgical Pathology. Clinicopathologic studies of gastrointestinal pathology and infectious disease processes, especially the infectious complications of AIDS.
Michael L. Shelanski, M.D., Ph.D., mls7@columbia.edu
Studies on the chemistry and regulation of the cytoskeleton in cell division and in differentiation of nerve cells and astroglia. Investigations of the role of the cell surface in interactions between neurons and glial cells. Cell biological studies of degenerative neurological diseases and brain tumors.
Ann-Judith Silverman, Ph.D., as36@columbia.edu
Neurobiology. Migration of neuronal and immune system cells in the CNS.
Ila Singh, M.D., Ph.D., is132@columbia.edu
Our laboratory studies the mechanisms of viral infection using genetic, biochemical and cell biological approaches. We use innovative, high-throughput techniques to study the processes of virus-cell interaction and viral replication. We have developed a novel technique called genetic footprinting, which allows thousands of precisely defined mutations to be made and analyzed en masse in order to define functionally essential features in the sequence of interest.
Steven Spitalnik, M.D., ss2479@columbia.edu
Biology of the human glycophorin blood group antigens. Glycobiology of Toxoplasma gondii. Director of Laboratory Medicine with subspecialty expertise in transfusion medicine. Director of Clinical Laboratories at CUMC.
Gloria Huei-Ting Su, Ph.D., gs2157@columbia.edu
Molecular genetics of head and neck squamous cell carcinoma and pancreatic ductal adenocarcinoma, as well as mouse modeling for both cancer types.
Nicole Suciu-Foca, Ph.D., ns20@columbia.edu
Immunogenetic studies of the immune response to HLA antigens using serology, cellular immunology and molecular biology approaches. Studies of lymphocyte receptors for growth and differentiation factors. Cell biological studies of antigen specific T suppressor cells.
Matthias J. Szabolcs, M.D., mjs59@columbia.edu
My special interest is the study of myocardial damage caused by ischemia and inflammation with particular focus on nitric oxide mediated pathways. This also involves NO-related mechanisms which act during acute and chronic cardiac allograft rejection. Tissues are analyzed by molecular, biochemical and immunohistochemical means.
Ira A. Tabas, M.D., Ph.D., iat1@columbia.edu
Cell biology. Pathways and enzymology of intracellular cholesterol metabolism in macrophages.
Hadassah Tamir, Ph.D., ht3@columbia.edu
Mechanisms of storage and release of neurotransmitters.
Harshwardhan M. Thaker, M.D., Ph.D., ht89@columbia.edu
Pediatric and perinatal pathology. Pathogenesis of stillbirth and congenital malformations. Pediatric tumor biology. Tumor and tissue banking.
C. Dominique Toran-Allerand, M.D., cdt2@columbia.edu
Developmental neurobiology: Influence of sex steroids and growth factors and their interactions in the nervous system development. The distribution, responses and control of three key elements involved in estrogen action in the developing brain: the cellular target, the receptor system (mRNA and protein) and the responsive genes.
Carol Troy, M.D., Ph.D., cmt2@columbia.edu
Molecular mechanisms of neuronal death in Alzheimer’s disease, Parkinson’s disease and amyotrophic lateral sclerosis with an emphasis on the regulation of caspase activity.
Benjamin Tycko, M.D., Ph.D., bt12@columbia.edu
Molecular biological studies on genomic imprinting in human and mouse systems. Molecular genetics of pediatric tumors. Molecular genetics of Alzheimer’s disease.
Richard B. Vallee, Ph.D., rv2025@columbia.edu
Dr. Vallee’s lab studies the cell and molecular biology of the microtubule motor protein cytoplasmic dynein in cell division, organelle and viral transport, and directed cell migration; the role of the dynein-related LIS1 gene in brain developmental disease and neuronal stem cell migration; and the structure of the dynein molecule. Dr. Vallee’s lab also studies the structure and function of the endocytic GTPase dynamin.
Hynek Wichterle, Ph.D., hw350@columbia.edu
The use of stem cells to study the development and function of the nervous system.
Joan W. Witkin, Ph.D., jww3@columbia.edu
Neuronal and glial interactions: light and electron microscopy of development, steroid environment and aging of the hypothalamic-pituitary-gonadal system.
Howard J. Worman, M.D., hjw14@columbia.edu
Molecular cell biology of the nuclear envelope, its biogenesis, dynamics in cell division and pathobiology in cancer. A second project in our laboratory is examining the cell biology of the hepatitis C virus.
Thomas Wright, M.D., tcw1@columbia.edu
Studies on the development of cervical neoplasia and the role of human papilloma virus in human disease.
Gary M. Brittenham, M.D, gmb31@columbia.edu
Hematology: Our laboratory carries out basic and clinical research in disorders of iron metabolism and of the red blood cell, concentrating on (i) iron deficiency, (ii) genetic and acquired iron overload and (ii) the pathogenesis of malarial anemia in Thailand.
Meyer Kattan, M.D., Director, mk2833@columbia.edu
Pulmonary: Dr. Lynne Quittell spearheads clinical trials of new treatments of CF. Drs. Meyer Kattan, Beverly Sheares and David Evans are evaluating the efficacy of written plans in asthma and the causes and effects of asthma in the inner city. The Exercise and Pulmonary Function laboratories investigate children with several disorders at risk for cardiopulmonary disease.
Mitchell S. Cairo, M.D., Director, mc1310@columbia.edu
Blood & Marrow Transplantation: Areas of interest and ongoing research include stem cell biology, autologous stem cell transplantation, allogeneic stem cell transplantation, tumor immunology, genomics in hematological malignancies and developmental immunology. Electives can be arranged for Pediatric BMT or longer-focused research electives.
Wendy Chung, M.D., Ph.D., wkc15@columbia.edu
Clinical Genetics : Students will see patients with a variety of genetic conditions in areas of prenatal, pediatric, metabolic, neurologic, cardiac, and cancer genetics.Students will learn about the molecular basis of genetic disease, and students with appropriate lab experience will investigate the genetic basis of patients’ diseases at the bench.
Richard Deckelbaum, M.D., Director, rjd20@columbia.edu
Gastroenterology and Nutrition: Areas of research include the regulation of lipoprotein - cell receptor interactions, the role of omega-3 fatty acids in cellular lipid metabolism, gene expression, and development of atherosclerosis, factors influencing the utilization of intravenous lipid emulsions for total parenteral nutrition in man, and the impact of nutrition interventions on natural course of infections, and growth and development in children and adults.
Anne Gershon, M.D., Director, aag1@columbia.edu
Infectious Diseases: Dr. Gershon and her group (in collaboration with faculty in the Departments of Microbiology and Pathology/Cell Biology) are studying the molecular pathogenesis of varicella-zoster virus infection both in vitro and in vivo. Students can elect to participate in either basic or clinical research also on HIV infection in infants and children.
Allan Hordof, M.D., ajh2@columbia.edu
Robert Pass, MD pediahear@aol.com
Leonardo Liberman, MD., lj202@columbia.edu
Cardiology: Dr. Hordof’s clinical research centers around the evaluation of new antiarrhythmic agents in children using 24 hour electrocardiography and invasive electrophysiologic techniques. He is also involved in new determinants of intracardiac mapping in the cardiovascular laboratory prior to surgery for arrhythmia control and is starting radiofrequency ablation techniques in patients with supraventricular arrhythmias.
Mary McCord, M.D., Acting Director, mm26@columbia.edu
General Pediatrics: Research activities include academic-community health partnerships; childhood immunization practices; home visitation services for vulnerable immigrant families; risk factors for and mental health consequences of abuse and neglect and intergenerational transmission of violence; intentional and unintentional injury; obesity prevention in preschool and elementary school children and adolescents; graduate medical education and primary care.
Rudolph L. Leibel, M.D., rl232@columbia.edu
Molecular Genetics: Depending upon experience and interest, students may participate in ongoing research projects intended to identify genes conveying susceptibility to obesity and/or type 2 diabetes. Particular emphasis on using mice to generate molecular hypotheses and testing them in humans. Recently, members of this group have initiated studies looking at the effects of maternal metabolic status on brain (hypothalamus) and islet development in progeny.
Martin A. Nash, M.D., Director, man2@columbia.edu
Robert Seigle, M.D., rls4@columbia.edu
Nephrology: The division is studying the relative effects of two forms of drug therapy in the progressive kidney disease of focal segmental glomerulosclerosis. Co-investigators in a longitudinal multi-center study of pediatric renal transplant recipients.
Sharon E. Oberfield, M.D., Director, seo8@columbia.edu
The Division of Pediatric Endocrinology is involved in: the relationship between androgens and insulin resistance in premature pubarche, obesity and polycystic ovarian disease and infants born to mothers with gestational diabetes; the effect of growth hormone on growth in various clinical disorders; long term endocrine effects of oncologic disease and its treatment; the relationship of body composition to age, sex, pubertal and ethnic status in normal children and in disease states; and the assessment of the pathophysiology and treatment of childhood obesity
Richard A. Polin, M.D., Director, rap32@columbia.edu
The Division of Perinatal Medicine is studying the effect of hypoxia and ischemia on the developing fetus; the role of the immune system in the pathophysiology of hypoxic ischemic brain injury; the effect of hyperoxia and hypoxia on chronic lung disease in mice; understanding the role that adhesive interactions play between circulating blood cells and vascular endothelium as it relates to bleeding, inflammation, and tumor metastasis; the effect of nutrition on neurological outcome in very low birth weight infant; pharmacokinetics studies of nicotine and serotonin reuptake inhibitors in the fetus and newborn infants; the development of sleep states and neuroelectric activity in low birth weight infants; and neuro-intellectual follow-up of immature infants.
Charles L. Schleien, M.D., Director, cs600@columbia.edu
Critical Care Medicine: Research studies include new methods of brain resuscitation following head trauma or cardiac arrest, including brain cooling and new medications, neurologic monitoring of patients with complex congenital heart disease, nitric oxide use in cardiac and respiratory failure, new therapies of asthma, and neuropsychologic follow-up of patients with head trauma and surgery for heart disease.
Michael A. Weiner, M.D., Director, mw216@columbia.edu
Pediatric Oncology: The Division participates in the Children’s Oncology Group, a national consortium whose goal is to develop therapeutic protocols and research studies dedicated to improving the survival of children with cancer. The laboratory studies the use effects of anti-vascular endothelial growth factors (VEG-F) as a therapeutic modality in children with solid tumors, the molecular biology of leukemia in children, genetic and environmental factors that may predispose infants to develop retinoblastoma, and new bench to beside therapies in patients with brain tumors.
Robert Winchester, M.D., rjw8@columbia.edu
Autoimmune and Molecular Diseases: Our work is focused on translational studies that seek to understand the genetic basis of susceptibility to autoimmune disease and the mechanisms responsible for triggering and mediating autoimmune injury. The ongoing research involves application of a variety of molecular biologic, genetic and genomic techniques to exploit the information in clinical biopsies and samples.
Penelope A. Boyden, Ph.D., pab4@columbia.edu
Cardiac physiology, pharmacology, and pathophysiology: cellular electrophysiology and mechanisms of arrhythmias in artificial and naturally occurring animal models of disease.
William T. Dauer, M.D., wtd3@columbia.edu
Studies of the fundamental molecular and cellular mechanisms of diseases that disrupt normal motor control, with a focus on Parkinson’s disease and dystonia
Qing R. Fan, Ph. D., qf13@columbia.edu
X-ray crystallographic studies of G-protein -coupled receptors.
Steven J. Feinmark, Ph.D., sjf1@columbia.edu
Regulation of lipid-sensitive channels in the heart, nervous system and in cancer.
Gerald Fischbach, M.D., gdf@columbia.edu
Harold and Margaret Hatch Professor; and Professor of Pharmacology (in the Center for Neurobiology and Behavior) Developmental neurobiology: molecular control of the formation and maintenance of synapses.
Daniel J. Goldberg, Ph.D., djg@columbia.edu
Neurobiology and Behavior : Growth of neuronal processes and formation of synapses during development and learning.
Joseph H. Graziano, Ph.D., jg24@columbia.edu
Public Health : Mineral metabolism and toxicology
Steven Greenberg, M.D., greenberg@cuccfa.ccc.columbia.edu
Medicine : Macrophage signal transduction; role of low molecular weight GTPases in innate immunity.
Rene Hen, Ph.D., rh95@columbia.edu
Psychiatry, Center for Neurobiology and Behavior : Contribution of serotonin receptors to physiological and pathological states; behavioral consequences of the absence of specific serotonin receptor subtypes
Brian F. Hoffman, M.D. (Emeritus), bhf1@columbia.edu
Cardiovascular physiology and pharmacology.
Jonathan A. Javitch, M.D., Ph.D., jaj2@columbia.edu
Center for Molecular Recognition/Psychiatry : Structural basis for pharmacological specificity and signal transduction in G-protein coupled receptors; Molecular studies of components of the dopamine signaling system relevant to schizophrenia and drug abuse
Norman Kahn, D.D.S., Ph.D., (Emeritus), nk5@columbia.edu
Associate Dean, School of Dental and Oral Surgery (Emeritus).
Robert S. Kass, Ph.D., rsk20@columbia.edu
Center for Neurobiology & Behavior :Regulation and expression of ion channel proteins in normal and genetically altered heart.
Steven Marx, M.D., P&S 9-; sm460@columbia.edu
Elucidation of mechanism(s) that regulate cardiac and smooth muscle ion channel function
Diana Murray, Ph.D., dm527@columbia.edu
Computational approaches to protein structure/function
Geoffrey S. Pitt, M.D., Ph.D., gp2004@columbia.edu
Medicine : Calcium-dependent regulation of ion channels and ion channel gene transcription in normal and diseased states.
Alice Prince, M.D., asp7@columbia.edu
Pediatrics : Bacterial activation of epithelial cytokine expression; pathogenesis of infection
Richard B. Robinson, Ph.D., rbr1@columbia.edu
Developmental regulation of cardiac ion channel function and autonomic signaling cascades.
Michael R. Rosen, M.D., mrr1@columbia.edu
Cardiovascular pharmacology: electrophysiology of cardioactive drugs, developmental pharmacology and electrophysiology, cardiac arrhythmias, gene transfer approaches as novel therapeutic strategies.
Helen E. Scharfman, Ph.D., scharfmanh@helenlayeshosp.org
Neurophysiology and pharmacology of hippocampus, thalamus, and cortex using brain slices; structure and function studies of single neurons; mechanisms underlying hyperexcitability.
Steven A. Siegelbaum, Ph.D., sas8@columbia.edu
Center for Neurobiology and Behavior : Membrane biophysics, pharmacology of excitable membranes; molecular studies of ion channel function; synaptic plasticity in the mammalian brain.
Susan Steinberg, M.D., sfs1@columbia.edu
Receptor pharmacology: Studies of the molecular changes in components of the adrenergic receptor and signal transduction pathways during normal cardiac development and in experimental models of cardiac ischemia hormonal regulation of cardiac contractile function.
David Sulzer, Ph.D., ds43@columbia.edu
Neurotransmission and mechanisms of neurodegeneration in basil ganglia and dopamine neurons
Andrew L. Wit, Ph.D., alw4@columbia.edu
Cardiovascular physiology and pharmacology: electrophysiology and pathophysiology of myocardial infarction; arrhythmia associated with myocardial infarction, and its modification by antiarrhythmic drugs.
Qais D. Al-Awqati, M.B., Ch.B., qa1@columbia.edu
Epithelial differentiation and protein targeting; molecular mechanism of organogenesis of the kidney.
Jahar Bhattacharya, M.D., Ph.D., jb39@columbia.edu
Endothelial mechanisms of lung injury using cultured cells and the optically imaged lung.
Martin Blank, Ph.D., mb32@columbia.edu
Electromagnetic field effects on membrane enzymes and on the cellular stress response.
Jane Dodd, Ph.D., jd18@columbia.edu
Neuronal differentiation and axonal patterning in the developing vertebrate central nervous system.
Michel Ferin, M.D., mf8@columbia.edu
Neuroendocrine control of the reproductive cycle; central mechanisms whereby stress interferes with reproduction.
Jorge Fischbarg, M.D., Ph.D., jb20@columbia.edu
Molecular biophysics of cell membrane transporters and water channels; volume regulation.
Claude P.J. Ghez, M.D., cpg1@columbia.edu
Neural control of multi-joint limb movement in the cat and in humans.
Joseph Gogos, M.D., Ph.D., jag90@columbia.edu
Assembly and maintenance of sensory maps in the brain; animal models for genes predisposing to psychiatric disorders.
Jonathan A. Javitch, M.D., Ph.D., jaj2@columbia.edu
Structure, function, and regulation of G protein-coupled receptors and neurotransmitter transporters.
Eric R. Kandel, M.D., erk5@columbia.edu
Cellular and molecular mechanisms of associative and non-associative learning.
Arthur Karlin, Ph.D., ak12@columbia.edu
The function of receptors in terms of molecular structures.
John D. Loike, Ph.D., jdl5@columbia.edu
Regulation of leukocyte chemotaxis through physiological and pathological matrices.
Martin Low, Ph.D., mgl2@columbia.edu
Cellular function of the glycosylphosphatidylinositol (GPI) anchor.
Amy MacDermott, Ph.D., abm1@columbia.edu
Regulation of synaptic transmission in the superficial dorsal horn.
Andrew R. Marks, M.D., arm42@columbia.edu
Molecular mechanisms regulating contraction of normal and failing cardiac muscle, molecular triggers for cardiac arrhymias, and coronary artery restenosis following stent placement.
Brian McCabe, Ph.D., bm2157@columbia.edu
Neural differential and development.
Ken D. Miller, Ph.D., kdm2103@columbia.edu
Theory and modeling of the function, circuitry, and development of the cerebral cortex and the thalamus.
Ning Qian, Ph.D., ng6@columbia.edu
Computational modeling of visual information processing; visual psychophysics of perceptual learning.
James E. Rothman, Ph.D., jr2269@columbia.edu
Elucidating the underlying mechanisms of transport within cells.
David Schachter, M.D., ds12@columbia.edu
Dynamic regulation of the properties of the wall of the aorta; epithelial and smooth muscle interactions.
Peter Scheiffele, Ph.D., ps2018@columbia.edu
Molecular mechanisms of synapse formation.
James H. Schwartz, M.D., Ph.D., jhs6@columbia.edu
Cellular and molecular mechanisms of learning.
Samuel C. Silverstein, M.D., scs3@columbia.edu
Structure and functions of polymorphonuclear (PMN), mononuclear phagocytes, lymphocytes, platelets and endothelial cells (EC) in innate immunity and diseases.
Ira Tabas, M.D., Ph.D., iat1@columbia.edu
The cellular and molecular biology of macrophages during atherogenesis.
Alan R. Tall, M.D., art1@columbia.edu
Molecular mechanisms responsible for human diseases.
Ming Zhou, Ph.D., mz2140@columbia.edu
Molecular physiology and biophysics of potassium channel modulations.
Anissa Abi-Dargham, M.D., aa324@columbia.edu
PET imaging in different categories of mental illnesses including schizophrenia, addiction, autism, personality and anxiety disorders. Student can be involved in all aspects of the operation, from recruiting to acquiring and analyzing brain scan data.
Evelyn Attia, M.D., ea12@columbia.edu
The Eating Disorders Research Unit - B. Timothy Walsh, Evelyn Attia, Michael Devlin
This group has a variety of federally funded studies that aim to explore the psychobiology of, and treatment for, anorexia nervosa, bulimia nervosa and binge eating disorder.
Beatrice Beebe, Ph.D., beebebe@pi.cpmc.columbia.edu
Communications Sciences: Drs. Joseph Jaffe and Beatrice Beebe; Our Lab has two components, (1) a basic research program on mother-infant face to face communication and its associations with attachment and cognition, and (2) a combination treatment and research project for mothers who were pregnant and widowed on 9-11 and their young children.
Joshua Berman M.D. Ph.D., jb481@columbia.edu
How stress modulates the effects of nicotine and other psychostimulants on the brain, and on how signals pertaining to affective valence and salience are integrated in basal ganglia and limbic circuits.
Adam Bisaga, M.D., amb107@columbia.edu
1) Behavioral and cognitive pharmacology of substance abuse, particularly nicotine. 2) Methodology of medication development for substance use disorders, from animal and human laboratory models of disease through early efficacy clinical trials
Gerard Bruder, Ph.D, bruderg@pi.cpmc.columbia.edu
Studies using electrophysiologic (EEG and event-related brain potentials) and behavioral measures to study neurophysiologic, cognitive, and olfactory function in depressive disorders and schizophrenia.
Donald A. Bux Jr., Ph.D., buxdona@pi.cpmc.columbia.edu
Project SMART is a 5-year, NIAAA-funded research program studying treatment options for gay and bisexual men who are interested in moderating their drinking, but who do not wish to stop drinking altogether. The program combines medication (naltrexone) and specialized, cognitive-behavior psychotherapy provided over 12 weeks.
Carol Caton, Ph.D., clc3@columbia.edu
Directs the Columbia Center for Homelessness Prevention Studies (CHPS). CHPS is a NIMH-funded P30 ACISIR focused on the development of interventions to prevent chronic homelessness (see http://cchps.columbia.edu). Scholars from various departments and schools within Columbia University and providers, consumers, and policy makers throughout the New York City region are involved in this multidisciplinary effort.
Sandra D. Comer, Ph.D., sdc10@columbia.edu
Our laboratory focuses on the abuse liability of a variety of opioids, including heroin and prescription opioid medications. Studies are conducted in both inpatient and outpatient settings in different populations, such as normal healthy volunteers, prescription opioid abusers, pain patients, and heroin abusers.
Cheryl Corcoran, M.D., cc788@columbia.edu
Evaluates teenagers and young adults at heightened clinical risk for psychosis. Research focuses on identifying risk factors and biomarkers for psychosis, and characterizing the risk state, including cognitive deficits, mood symptoms, poor social function, stress vulnerability, and abnormalities identified in brain imaging.
Francine Cournos, M.D., fc15@columbia.edu
WHCS welcomes students to participate in two research projects with patients who have severe mental illness. One involves studying the metabolic complications of antipsychotic medications, and the other involves an HIV prevention intervention in Brazil.
Lirio S. Covey, Ph.D., lsc3@columbia.edu
We are conducting a clinical trial for smokers with Attention Deficit and Hyperactivity Disorder (ADHD). The main aim of the study is to determine whether adding an FDA-approved medication for ADHD to the standard smoking cessation regimen of nicotine patch and individual counseling will increase quit rates among smokers with ADHD.
Janis Cutler, M.D., cutlerj@pi.cpmc.columbia.edu
The division of Medical Student Education has projects exploring the medical student career choice process and the impact of various aspects of the psychiatry curriculum on students’ learning and attitudes.
William Dauer, M.D., wtd3@columbia.edu
The central goal of our studies is to unravel the molecular and cellular mechanisms of diseases that disrupt the motor system. Our primary focus is on Parkinson’s disease and DYT1 dystonia. For each of these projects, we focus our efforts on disease genes that cause these disorders.
Cristiane S. Duarte, PhD, M.P.H., duartec@choldpsych.columbia.edu
We use data collected in epidemiological studies to examine the relationship between mental health problems and overweight/obesity in children.
Rachel L. Eisenstadt, eisenra@pi.cpmc.columbia.edu
1) Questionnable Dementia - long-term study following a group of 150 patients with mild cognitive impairment to examine factors that predict conversion to Alzheimer’s Disease through PET Imaging Study in patients with mild cognitive impairment, Alzheimer’s Disease, and healthy controls. 2) Risperidone Study - multi-site study using Risperidone (an atypical anti-psychotic) in Alzheimer’s patients with psychosis or agitation/ aggression 3) multiple clinical trials in our Late-Life Depression Clinic of different medications that may be helpful for depression and/or mild cognitive impairment.
Suzette M. Evans, Ph.D., se18@columbia.edu
I conduct controlled laboratory research looking at the effects of drugs of abuse in various groups of women. In the context of these studies, we look at stress response and measures of impulsivity. Anyone who volunteers would assist in conducting phone interviews, conducting laboratory sessions and entering data.
David Friedman, Ph.D., df12@columbia.edu
The Cognitive Electrophysiology Laboratory employs scalp-recorded event-related brain potentials (ERPs) to understand the neurocognitive processes that underlie mnemonic, attentional and executive functions. Our investigations target childhood development, normal and abnormal aging.
Cathryn Galanter, M.D., cg168@columbia.edu
A child and adolescent psychiatrist who does research in the following areas: 1) describing the diagnostic decision making of clinicians, 2) developing tools to improve clinical decision making and 3) the overlap of attention deficit hyperactivity disorder and bipolar disorder in children and adolescents.
James E. Gangwisch, Ph.D., gangwisj@child.cpmc.columbia.edu
I have been working on epidemiological studies on the relationship between sleep duration and diseases associated with the metabolic syndrome. I would be happy to have a student work with me on this.
Andrew J. Gerber, MD, Ph.D., gerbera@childpsych.columbia.edu
We study social cognition in humans using a functional magnetic resonance imaging paradigm which measures memory performance and affective response to information about new individuals.
Joshua A. Gordon, M.D., Ph.D., jg343@columbia.edu
We study genetic models of psychiatric illness from an integrative neuroscience perspective, with a focus on understanding how a given disease mutation leads to a behavioral phenotype in mouse models. To this end, we employ a range of systems neuroscience techniques, including in vivo anesthetized and awake behaving recordings.
Joseph Jaffe M.D., jaffejo@pi.cpmc.columbia.edu
Dr. Jaffe seeks an MD or PhD student to assist in simulation studies of psychopathology based on Hidden Markov Chain Models previously published in Science, Nature and Mathematical Biosciences. Math and programming skills are an obvious plus.
Jonathan A. Javitch, M.D., Ph.D., jaj2@columbia.edu
Structure and function of G-protein coupled receptors and neurotransmitter transporters, with a particular focus on dopamine receptors and transporter, the targets for antipsychotic drugs and cocaine, respectively.
Alayar Kangarlu, Ph.D., ak2334@columbia.edu
We use various MRI techniques such as diffusion tensor imaging (DTI), functional (fMRI), and spectroscopy (MRS) for study of the human brain.
David Kimhy, Ph.D., dk553@columbia.edu
Psychosis in Schizophrenia: Mechanisms of Recovery. This NIMH-funded project uses Experience Sampling Method with Palm computers and an ambulatory measure of cardiac autonomic regulation to elucidate the interaction between stress, arousal, and cognitive coping strategies during recovery from psychosis in individuals with schizophrenia.
Harry R. Kissileff , Ph.D., hrk2@columbia.edu
Eating behavior and physiological measures in patients with eating disorders and normal controls. Volunteers only. Volunteer will help coordinate making of appointments, collecting specialized data, participate in data analysis and prepare preliminary reports.
E. David Leonardo M.D., Ph.D., el367@columbia.edu
The role of ventral hippocampal neurogenesis in the antidepressant response. We use transgenic mouse models to try and dissect the role of the ventral hippocampus in mediating anxiety-like behavior and its possible contribution to the response to antidepressants.
Sarah H. Lisanby, M.D., slisanby@columbia.edu
Brain stimulation research, employing transcranial magnetic stimulation and other new developments in electromagnetic interventions to study and treat psychiatric and neurological disorders. Topics can range from clinical trials, to preclinical studies, to neurophysiological studies, to engineering projects on the development of novel technologies for noninvasive brain stimulation.
Lawrence Maayan, M.D., maayan1@childpsych.columbia.edu
Clinical research with children and adolescents mainly in psychotic disorders, their treatment with antipsychotic medications and metabolic side effects that follow.
Christina Mangurian, M.D., cm2195@columbia.edu
Research to improve medical screening of severely mentally ill patients, particularly those taking antipsychotic medications and are at risk of developing the metabolic syndrome.
J. John Mann, M.D., jjm@columbia.edu
Functional brain imaging, neurochemistry and molecular genetics to probe the causes of depression and suicide.
Rachel Marsh, rm2205@columbia.edu
A fMRI study of self-regulatory control in adolescents with Bulimia Nervosa (BN). We are investigating how disturbances in frontostriatal neural systems contribute to the impulsive and habitual binge-eating behaviors in patients with BN.
Randall D. Marshall, MD, Randall@nyspi.cpmc.columbia.edu
Students will have the opportunity to participate in an NIMH-funded clinical trials research investigating treatment of Posttraumatic Stress Disorder.
Alice Medalia, Ph.D., am2938@columbia.edu
1) This study examines whether people with schizophrenia learn more when they are intrinsically motivated as opposed to extrinsically motivated, and manipulates the instructional factors that enhance or inhibit learning. 2) This study examines whether people with schizophrenia are more likely to improve working memory if they are given a cognitive remediation approach that directly targets working memory in a noncontextualized task or a cognitive remediation approach that targets working memory as it is activated in a contextualized problem solving activity.
Tommy Melore, - Chada Chotidiloke, meloret@pi.cpmc.columbia.edu
We are very involved in all aspects of research, including organizing, filing, and keeping good records over our pharmacy dispensing involving our IRB protocols. The job will include filing prescriptions and organizing our inventory store room.
Elizabeth Mezzacappa, exm25@columbia.edu
Study on maternal effects of breast-feeding.
Holly Moore, Ph.D., hm2035@columbia.edu
Our laboratory uses rodent models to study how the abnormal brain or neuronal structure that has been observed in schizophrenia may lead to the behavioral symptoms. We use anatomical, behavioral, neurochemical and neurophysiological techniques to explore brain structure-function abnormalities in these models.
Catherine Monk, cem31@columbia.edu
Prenatal environmental influences on infant biobehavioral development. Specifically, in work with pregnant women and their children, we investigate mood–based changes in women’s physiology (from stress, depression, & anxiety) as they relate to alterations in fetal and infant functioning.
Julia Najara, M.D., jun9003@nyp.org
We are doing a study on the decreased use of restraints and medications for the management of agitation in the comprehensive psychiatric emergency program. The student will review charts and enter information in computerized formats.
Teresa Nguyen, nguyent@pi.cpmc.columbia.edu
The Division of Brain Stimulation and Therapeutic Modulation is currently involved in a number of research protocols investigating several brain stimulation techniques in treating depression, obsessive-compulsive disorder, schizophrenia, and many other psychiatric disorders and neural processes.
Edward Nunes, M.D., nunesed@pi.cpmc.columbia.edu
I would be interested in having an MD or PhD student work in the lab or volunteer for a clinical project. My group is conducting clinical trials to study the effectiveness of treatments for drug/alcohol dependence and commonly co-occurring disorders, such as depression, anxiety, PTSD. The group is also correlating clinical outcome with findings from PET imaging.
Maria A. Oquendo, M.D., moquendo@neuron.cpmc.columbia.edu
The research clinic focuses on three different topics: mood disorders, alcoholism and suicide. We conduct studies with human subjects to delineate the underlying neurobiology as well as intervention studies to decrease negative outcomes.
Tarique. D. Perera. M.D., tp119@columbia.edu
The role of new neuron formation (neurogenesis) in the treatment of major depression in rats, monkeys, and humans. We accommodate qualified volunteers and MD PhD students interested in translational research.
Angel V. Peterchev, Ph.D., ap2394@columbia.edu
Development of electromagnetic brain stimulation technologies and paradigms for basic research and clinical applications. Projects are interdisciplinary, encompassing engineering, neuroscience, and psychiatry.
Bradley Peterson, M.D., PetersoB@childpsych.columbia.edu
Pediatric Neuroimaging Laboratory: We combine MRI technologies with genetic, cognitive, and detailed behavioral assessments to understand normal and pathological development of brain structure, function, connectivity, and metabolism in children across a wide range of neuropsychiatric disorders.
Harold Alan Pincus, M.D., pincush@pi.cpmc.columbia.edu
1) Conducting key informant interviews with professionals working in aging and mental health to aid in developing a conceptual framework for enhancing the pathways for leadership by these professionals in the policymaking arena. 2) Assisting with the design of an instrument and key informant interviews to help evaluate seven interdisciplinary research centers in geriatrics. 3) Assisting in the evaluation of a national program to improve care of depression in primary care. 4) Further developing and piloting an instrument to assess research mentoring at the individual mentor-mentee and institutional levels.
Ning Qian, Ph. D., nq6@columbia.edu
Computational modeling of vision and visuomotor integration; visual psychophysical experiments.
Wilfrid Raby PH.D., M.D., rabywi1@pi.cpmc.columbia.edu
STARS clinic: Preparation of a genetic screening protocol for outpatient substance abuse treatment protocols. This would set the stage for genome wide scans for vulnerability genes related to substance abuse disorders.
Stephen A. Sands, Psy.D., ss2341@columbia.edu
Pediatric oncology and bone marrow transplant at Columbia University Medical Center are available and range from assessing Quality of Life for patients and Neuropsychological Late Effects from medical treatment to participating in intervention studies working with parents of newly diagnosed children undergoing medical treatment.
Daniel S. Schechter M.D., dss11@columbia.edu
The Parent-Child Interaction Project involves investigation of the effects of mothers’ violence-related posttraumatic stress disorder on their relationship with their toddlers. We examine a variety of maternal and child factors including maternal perception of her child, autonomic nervous system physiology, and behavior during interaction with her child, brain activation during video feedback, and intervention. We also examine child attachment disturbances and behavior.
Randye J. Semple, Ph.D., rjs243@columbia.edu
Studies of families show that the parents, siblings, and children of a person with major depression that began before the age of 30 are three to five times more likely to have major depression themselves. We are trying to learn if genes are associated with major depression by creating a DNA collection from over 3,000 people with a history of major depression who also have a family member with a history of major depression.
Harry N. Shair, hns1@columbia.edu
Dr. Shair studies the behavioral and neurobiological mechanisms by which the early environment influences current actions and contributes to ontogenetic course of the growing organism. Much of his research focuses on the parent-infant interaction of rats, in particular the formation and expression of early-life social bonds.
Steven A. Siegelbaum, Ph.D., sas8@columbia.edu
Our laboratory examines the relationship between hippocampal neural activity and learning and memory. We study mice with a deletion of the HCN1 ion channel gene to determine the neuronal mechanisms underlying the unexpected enhancement in spatial learning and memory observed in these mutant animals.
Jonathan A. Slater, M.D., jas14@columbia.edu
I am interested to know if there are any students interested in writing up clinical histories on children who my service consults on in Children’s Hospital, for publication in a journal. They are often children with somatization disorders (such as Pain Disorders).
Richard Sloan, Ph.D., rps7@columbia.edu
Psychophysiological studies investigating how psychological and behavioral factors affect autonomic regulation of the heart, which in turn affects development of heart disease; studies include ambulatory monitoring of autonomic reactivity to “everyday life” stressors, as well as laboratory-based protocols. Second, we study interferon-alpha induced depression syndrome.
Dr. Charles Soule1, crs9002@nyp.org
The Turn 2 Us Program is an Elementry School Based Comprehensive Wellness Program that is holistic in nature and addresses the overall well being of the students, parents and school staff. We provide a a series of preventive services that include but are not limited to mind/body iniitiatives, nutrition, arts, drama, sports, physical fitness, staff development and parent psychoeducation.
Arielle D. Stanford, M.D., as1019@columbia.edu
I study the pathophysiology of the negative symptoms of schizophrenia using transcranial magnetic stimulation in combination with various imaging and electrophysiological techniques. This work will lead to the optimization of novel non-invasive brain stimulation treatments for these symptoms.
Barbara Stanley, Ph.D., bstanley@neuron.cpmc.columbia.edu
Our group conducts research in two areas: 1) biobehavioral, clinical and neuroimaging research on borderline personality disorder, suicidal behavior and non-suicidal self injury such as superficial cutting; and 2) development and testing of interventions for individuals at risk for suicide.
Jonathan W. Stewart, M.D., jws6@columbia.edu
The Depression Evaluation Service (DES) is anticipating a new treatment study to begin July 1, 2007, entitled “Combining Antidepressants to Hasten Remission from Depression.” Prior to the start date a volunteer is needed to put together study books and start-up materials, and otherwise help organize the start-up meetings. Once recruitment begins, they would track patients through the study, input the study data and otherwise help organize and prepare materials for the in-study meetings.
Gregory M. Sullivan, M.D., gms11@columbia.edu
My research is focused on the underlying neurobiology of particular anxiety disorders, posttraumatic stress disorder (PTSD) and panic disorder, through use of PET radioligand neuroimaging. Current projects include assessment of serotonin transporter and serotonin-1A receptor binding in tandem with hypothalamic-pituitary-adrenal axis reactivity in patients with PTSD and healthy volunteers.
Felice Tager, ft49@columbia.edu
Paula McKinley, Ph.D., pm491@columbia.edu
The effects of chemotherapy, hormone depletion and other factors on cognitive impairment during and after cancer treatment; our current focus is in breast and prostate cancer populations being treated at CUMC.
Adi Talati, Ph.D., talatia@child.cpmc.columbia.edu
On-going studies of anxiety and depressive disorders, currently focusing on integrating data from clinical, genetic, and neuroimaging sources so that we can most comprehensively understand the mechanisms underlying these disorders.
Stanislav R. Vorel, M.D. Ph.D., srv2004@columbia.edu
Schizophrenic patients often smoke cigarettes, possibly to self-medicate their thinking. My work looks at the effects of Transcranial Magnetic Stimulations of brain areas with intellectual functions on thought disturbances during nicotine withdrawal.
Suzanne Vosburg, Ph.D., skv2001@columbia.edu
The Buprenorphine Program at Columbia University treats individuals who abuse opioids (heroin, methadone, and prescription pain medications) on an outpatient basis. Contact persons: Suzanne Vosburg, Ph.D. or Erik Gunderson, M.D. gunders@pi.cpmc.columbia.edu).
Myrna Weissman Ph.D., weissman@childpsych.columbia.edu
A student can work on screening for depression in a genetic study of early onset recurrent depression or on analysis of a three generation study of depression looking at the clinical data and integrating it with MRI and genetics data.
Ping Wu, Ph.D., pw11@columbia.edu
Research projects: Epidemiological studies of children and adolescents, focusing on substance use/abuse, comorbid psychiatric disorders, and patterns of service utilization.
Eric J. Hall, Ph.D., ejh1@columbia.edu
Studies related to Radiation Therapy include “Investigation of Hypersensitivity to Fractionated Low-Dose Radiation Exposure,” “Fractionation & Protraction for Radiotherapy of Prostate Carcinoma,” and Clinical Relative Biological Effectiveness of Low-Energy X-Rays Emitted by Miniature X-Ray Devices.”
Steven R. Isaacson, M.D., sri1@columbia.edu
Participation in the coordination and design of clinical institutional trials. Investigating tissue tolerance and radiosurgery with special emphasis on central nervous system tumors.
Tian Liu, Ph.D., tl58@columbia.edu
Participation in and design of national and institutional clinical trials. Special interests in ultrasound tissue typing and functional genomics of prostate cancer.
Sandra Russo, M.D., Ph.D., M.P.H., sr2145@columbia.edu
Participation in and design of institutional clinical trials. Clinical and research interests include breast cancer.
Peter B. Schiff, M.D., Ph.D., pbs1@columbia.edu
Participation and design of national and institutional clinical trials. Primary clinical interests include gynecologic malignancies, genital urinary tumors, lymphomas and brachytherapy. Laboratory investigation includes studies on the development of new radiosensitizers and genetic susceptibility to the effects of ionizing radiation.
Shermian Woodhouse, M.D., saw23@columbia.edu
Participation in and design of institutional clinical trials. Clinical and research interests include outcomes research, gastrointestinal malignancies, lung cancer and gynecological malignancies.
Philip O. Alderson, M.D., poa1@columbia.edu
Development of improved methods for imaging the pulmonary vasculature. Development of databases for application of Informatics to diagnostic radiology planning. Studies that integrate imaging with biomedical engineering.
John H.M. Austin, M.D., jha3@columbia.edu
Studies of radiologic physiologic clinical correlations in chest diseases.
Truman Brown, Ph.D., trb11@columbia.edu
Magnetic Resonance Research and Biomedical Engineering: imaging and spectroscopy applications to cancer, the neurosciences and other diseases; development of advanced techniques in data acquisition and image processing.
Robert L. De La Paz, M.D., rld17@columbia.edu
Studies cerebral functions with functional fast MRI.
Peter D. Esser, Ph.D., pde2@columbia.edu
Improved tomographic imaging methods for nuclear medicine and positron emission tomography (PET). Development of a PC-based interactive teaching program in Radiology for students and residents.
Rashid Fawwaz, M.D., Ph.D., rf5@columbia.edu
Studies the use of radionuclides in the diagnosis and treatment of tumors.
Eric J. Hall, Ph.D., ejh1@columbia.edu
Studies related to Radiation Therapy include “Investigation of Hypersensitivity to Fractionated Low-Dose Radiation Exposure,” “Fractionation & Protraction for Radiotherapy of Prostate Carcinoma,” and Clinical Relative Biological Effectiveness of Low-Energy X-Rays Emitted by Miniature X-Ray Devices.”
Ziv J. Haskal, M.D., ah50@columbia.edu
The Division of Vascular and Interventional Radiology performs clinical and laboratory research and minimally invasive, image-guided therapies for a variety of disease states including vascular diseases, cancer, portal hypertension, hemodialysis, malignant biliary disease, endografts and thrombolysis.
Joy Hirsch, Ph.D., jh2155@columbia.edu
Functional MRI research focused on the study of brain, behavior and therapy-induced cortical changes.
Alexander G. Khandji, M.D., agk3@columbia.edu
Research interests include imaging cerebrovascular disorders non-invasively using MRA and MRA with contrast, and imaging neuroendocrine abnormalities with MR and diagnostic angiography.
William Millar, M.D., wsm8@columbia.edu
Reserach interests cover all aspects of pediatric neuroradiology with a focus on volumetric analysis, MR spectroscopy and diffusion tensor imaging in white matter disorders. Specific areas of funded research include imaging of mitochondrial disorders and evaluation of brain injury in premature infants.
Jeffrey Newhouse, M.D., jhn2@columbia.edu
Clinical studies in abdominal and pelvic diagnosis by using all imaging modalities.
Edward L. Nickoloff, D.Sc., eln1@columbia.edu
Studies of bone mineral assessment by CT, 3-D spatial reconstructions, x-ray filters, CR/DR technology evaluations, mammography QC, radiation protection issues, radiation dose assessments, image quality evaluations.
John Pile-Spellman, M.D., jp59@columbia.edu
The research activities include development and hypothesis driven research in Interventional Neuroradiology. Areas currently being studied include: the use of intraarterial medications for diagnostic and therapeutic uses, including treatment of stroke guided by interventional magnetic resonance, the role of endothelium in cerebral health and disease.
Ronald B. Staron, M.D., rbs2@columbia.edu
Areas of research interest include musculoskeletal MR imaging, metabolic bone disease and bone densitometry.
Ronald L. Van Heertum, M.D., rvh5@columbia.edu
Development of improved methods for performing single photon emission computed tomography (SPECT) and positron emission tomography (PET) studies of the brain and oncologic disease. Multimodality image coregistration technique development. Development of new SPECT and PET radioligands for neuropsychiatry and oncology.
Matthew N. Bartels, M.D., mnb4@columbia.edu
Physiology and outcomes in pulmonary and cardiac rehabilitation. Exercise physiology and autonomic assessment.
Ronald DeMeersman, Ph.D., red13@columbia.edu
Exercise physiology, autonomic physiology.
Brenda S. Mallory, M.D., bsm7@columbia.edu
Inpatient rehabilitation.
Stanley J. Myers, M.D., sjm5@columbia.edu
Evaluation and treatment of autonomic nervous system dysfunction, causalgia, and lower motor neuron lesions. Exercise physiology and fatigue.
Kevin T. Sperber, M.D., ks372@columbia.edu
Pain management.
Michelle Stern, M.D., ms1127@columbia.edu
General physical medicine and rehabilitation.
Nancy E. Strauss, M.D., nes2@columbia.edu
Neuromuscular disorders.
John D. Allendorf, M.D., jda13@columbia.edu
Research involves innovative management of hepatic metastases.
Michael Argenziano, M.D., ma66@columbia.edu
Several trials of robotic cardiac surgery and surgical treatment of atrial fibrillation. Basic science and clinical laboratory focused atrial fibrillation, minimally invasive cardiac surgery, and cardiovascular physiology.
Marc S. Arkovitz, M.D., ma2161@columbia.edu
Genetics of lung development, pulmonary hypertension and congenital diaphragmatic hernia (CDH). We have developed collaborations with cardiology, genetics and neonatology.
Jeffrey Ascherman, M.D., jaa7@columbia.edu
Research involves studies of cranial volumes in children, sternal wounds, and different techniques of breast reconstruction following mastectomy.
Marc Bessler, M.D., mb28@columbia.edu
Principal investigator of LAP BAND® clinical trial, targeted toward patients who are not heavy enough for weight loss surgery based on standard criteria, but are suffering from medical problems and quality of life issues.
Harold Brem, M.D., hb2133@columbia.edu
Improving outcomes for patients with leg ulcers, pressure ulcers and other non healing wounds. Mission is to decrease amputations and severe pressure ulcers. Focus is on integrated care to test the hypothesis that the electronic medical record can reduce morbidity and mortality in the elderly, disabled and those with diabetes.
Robert S. Brown Jr., M.D., M.P.H., rd464@columbia.edu
Principal investigator of Viser I trial, a study comparing the standard treatment for chronic Hepatitis C to a new therapy.
Jonathan M. Chen, M.D., jmc23@columbia.edu
Studies related to surgery for congenital heart disease, transplantation and mechanical ventricular assistance. Alternative anticoagulants for cardiopulmonary bypass and cardiac physiology in animal models of congenital heart disease.
Robert A. Cowles, M.D., rc2114@columbia.edu
Clinical and Basic Science aspects of short gut syndrome. Collaboration developed with Michael Gershon (Anatomy) to study the remodeling of the enteric nervous system after bowel resection.
Peter L. Faries, M.D., pf2105@columbia.edu
Carotid Artery Angioplasty and Stenting clinical trial, a minimally invasive alternative to stroke prevention.
Dennis L. Fowler, M.D., dlf91@columbia.edu
Investigation of the different tissue ingrowth into different mesh hernia prostheses in animals. Clinical investigation of the impact on the outcome of laparoscopic surgical procedures when performed by residents after training on a virtual simulator.
Annetine Gelijns, Ph.D., acp10@columbia.edu
Directs data coordinating centers for clinical trials in surgery.
Mark E. Ginsburg, M.D., meg18@columbia.edu
Co-investigator of Endobrochial Valve for Emphysema Palliation Trial (VENT), a minimally invasive alternative to lung volume reduction surgery (LVRS).
Robert T. Grant, M.D., M.S., rg424@columbia.edu
1) Post-approval study of silicone gel breast implants, 2) the on-going study of silicone gel implants in patients who received these devices for reconstructive reasons, 3) musculoskeletal complaints, 3) physical fitness and nutrition habits of surgical trainees and Attending surgeons, and 4) the expanded role for electroceutical devices in post-op wound healing and pain control.
Mark Hardy, M.D., mah1@columbia.edu
1) induction of transplantation tolerance both in vitro with human cells and in vivo in various animal models; 2) Clinical islet transplantation and development of new methods of pancreatic islet isolation, placement, and PET imagining in experimental animal models; 3) Conduct of clinical trials with new immunosuppressive agents in renal transplant recipients and use of other agents in wound healing.
Kevan C. Herold, M.D., kh318@columbia.edu
Clinical research tests cellular and immune therapies against type I diabetes. Co-investigator of islet cell transplantation clinical trial.
WB Inabnet, M.D., FACS, wbi2102@columbia.edu
1) Primary hyperparathyroidism: Non-classical manifestations. 2) Relationship between hyperparathyroidism and cardiovascular disease, 3) effect of gastric restriction and malabsorption on gut petides and diabetes in a rat model.
Silviu Itescu, M.D., si5@columbia.edu
Two clinical trials testing the therapeutic potential of adult stem cells in human patients with heart disease.
Kathie-Ann Joseph, M.D., kpr2@columbia.edu
Synergism of RAGE (Receptor for Advanced Glycation End products, a cell surface receptor molecule) with chemotherapy and identifying a single antagonist of RAGE for development as a new therapeutic agent in breast cancer.
Jessica J. Kandel, M.D., jjk47@columbia.edu
Angiogenesis in pediatric solid tumor models (Wilms tumor, neuroblastoma, and hepatoblastoma), centering on the role of vascular endothelial growth factor and the response to its inhibition, in terms of altered expression of proapoptotic and tumor suppressor genes by malignant cells and vascular remodeling/genetic changes in endothelial cells.
Howard L. Kaufman, M.D., hlk2003@columbia.edu
Application of immunotherapy, or tumor vaccines, to treat metastatic cancer. Principal investigator of a clinical trial which tests two particular tumor vaccines against metastatic melanoma.
K. Craig Kent, M.D., kckent@mail.med.cornell.edu
Outcomes in vascular disease using decision analysis models and evaluation of large data sets.
James A. Lee, M.D., jal74@columbia.edu
Research into a novel medical education paradigm (COACH) using technology to enhance training. Research into various aspects of endocrine disease.
James F. McKinsey, M.D., jfm2111@columbia.edu
Thoracic Aortic Stent-graft trial, which tests a minimally invasive treatment for patients with thoracic aortic aneurysms.
Nicholas Morrissey, M.D., njm2106@columbia.edu
Clinical research analyzing the importance of race and ethnicity on the incidence, treatment, and outcome of peripheral vascular disease. The project focuses on Hispanic and African American patients and their rates of important vascular diseases. We also will be looking at access to healthcare issues and results of treatment. We will be developing a model to assess the reasons for failure of synthetic arteriovenous grafts and arterial bypass grafts in order to determine methods for preventing failure of these grafts.
Ralph Mosca, M.D., rm891@columbia.edu
1) SVR trial (Single Ventricle Resconstruction: Sano vs BT shunt in the Repair of Hypoplastic Left Heart Syndrome, 2) ACE inhibition in Single Ventricle Lesions, 3) Multi-site Pacing to Improve Ventricular Function Following Repair of Tetralogy of Fallot, 4) Clinical Application of the “Physiologic Pediatric Pulsatile Pump.
Yoshifumi Naka, M.D., Ph.D., yn33@columbia.edu
Clinical studies of LVAD effects. Basic studies of vein graft disease. Basic studies of arterial remodeling following injury.
Roman Nowygrod, M.D., rn5@columbia.edu
Outcomes research on medical errors tracking and reporting; quality of life after open vs. endovascular aneurysm repair; systemic coagulation changes after prosthetic graft implants; prospective study of renal dysfunction after contrast infusion in patients undergoing peripheral arterial endovascular therapies.
Mehmet C. Oz, M.D., mco2@columbia.edu
Clinical studies of effects of cardiopulmonary bypass. Innovative methods of mitral repair.
Lloyd E. Ratner, M.D., lr2182@columbia.edu
1) innovative strategies to increase/improve access to organ transplantation, 2) application of minimally invasive and laparoscopic surgical techniques to transplantation, 3) abrogation of humoral immune responses, 4) study of near miss phenomena in regards to surgical morbidity and mortality, and e) ethical and physiologic concerns in the management of deceased solid organ donors.
John F. Renz, M.D., Ph.D., jfr2103@columbia.edu
Research in the development of hepatocellular carcinoma, investigations into expanded donor criteria allografts and experimental therapies involving liver and intestinal transplantation in adults and children.
Christine Rohde, M.D., chr2111@columbia.edu
Efficacy of pulsed magnetic fields in reducing pain and wound healing complications in breast reduction patients, the molecular effects of mechanical stress on wound healing, additional research in rat models on pulsed magnetic fields, and the long-term follow-up of silicone breast implant patients.
Eric A. Rose, M.D., ear3@columbia.edu
Clinical trial focused on patients with end-stage heart failure who have a left ventricular assist device (LVAD) implanted; adult stem cells will be evaluated for their ability to help repair or regenerate the native hearts of these patients, so that the LVAD might be removed.
Benjamin Samstein, M.D., bs212@columbia.edu
Mechanisms of antibody mediated rejection and accommodation. We use genetically modified animals in transplant models of kidney and cardiac transplantation to understand B cell immunology. For more information see http://www.columbiasurgery.org/res/immunology/index.html
Ann Marie Schmidt, M.D., ams11@columbia.edu
Research focused on a multiligand receptor called Receptor for AGE or RAGE. Studies to access the impact of RAGE on diabetic complications, proinflammatory pathways, tumor growth and invasion, and degenerative orders of the central nervous system are being performed.
Henry M. Spotnitz, M.D., hms2@columbia.edu
Intraoperative two-dimensional echocardiography, intraventricular pressure, and aortic flow probes to define effects of surgery on cardiac function. Original methods for detecting changes in LV compliance, systolic function, and mass, utilizing the loading and unloading effects of cardiopulmonary bypass, effects of edema on ventricular function and geometry, structure-function relations using electron and light microscopy.
Charles J. H. Stolar, M.D., cjs3@columbia.edu
Research involves studies of Pectus Excavatum.
Bret Taback, M.D., bt2160@columbia.edu
Novel approaches to detect micrometastasis and tumor genetic alterations. Principal investigator of a tissue procurement protocol for breast and melanoma.
Richard L. Whelan, M.D., rlw3@columbia.edu
Clinical investigation of Cytokine Granulocyte-Macrophage Colony Stimulating Factor
(GM-CSF), a drug which aims to reduce tumor recurrences in colorectal cancer patients.
June Wu, M.D., jw92@columbia.edu
Investigations are being conducted in mechanisms of delayed wound healing and diabetes and other conditions, and the efficacy of physical and chemical devices to improve wound healing. Other current studies examine normal and aberrant vasculogenesis in vascular tumors and malformations.
Jeffrey Zitsman, M.D., jlz2@columbia.edu
Principal investigator of LAP BAND® clinical trial in adolescents to measure efficacy and safety of device in teens who have failed to lose weight through diet, exercise, and medication. Carotid Artery Angioplasty and Stenting clinical trial, a minimally invasive alternative to stroke prevention.
Mitchell C. Benson, M.D., mcb2@columbia.edu
Research interests revolve around clinical trials in patients with urologic malignancies. The department maintains a comprehensive IRB approved database and students have the opportunity to conceive of a research idea and mine the database for outcomes. Ideas are synthesized with the help of the entire Urologic Oncology team inclusive of Drs. Eric Goluboff, Aaron Katz, Jiame Landman, Kames McKiernan, Carl Olsson, David Samadi, and Benjamin Spencer.
Ralph Buttyan, Ph.D., rb46@columbia.edu
Androgenic steroids regulate the development of the male prostate gland by controlling the proliferative rate, the differentiation state and the lifespan of prostatic epithelial cells. This laboratory has been instrumental in dissecting the molecular mechanism by which androgenic steroids exert this control. Studies focused on the regulation of oncogenes, tumor suppressor genes and apoptosis-control genes in prostate cells have enabled us to identify gene products that are important for the development and progression of prostate cancers in humans. These genes are a target for the development of novel gene therapeutic agents to be used to treat prostate cancer patients. In particular, the role of vascular growth factors in the bladder and prostate are being studied.
Terry W. Hensle, M.D., twh2@columbia.edu
The Division of Pediatric Urology at Babies Hospital has always been in the forefront of improving children’s health through both basic science and clinical research. Our basic science research efforts are directed at understanding the molecular genetic basis of urologic diseases. Current projects include the role of apoptosis in partial ureteral obstruction and the role of cell adhesion molecules in cryptorchidisim. Clinical research efforts are focused on the physiological response of prepubertal testis to varicocelectomy and the effect of external genital abnormalities on normal psychodevelopment.
Aaron E. Katz, M.D., aek4@columbia.edu
Investigative work focuses on cancer angiogenesis factors and the ability of cancer cells to invade the circulation. We have recently developed a PCR assay that can detect small quantities of prostate cancer cells in the peripheral circulation of prostate cancer patients. Several studies are presently ongoing in this area. Students can learn basic molecular biological techniques and apply these techniques in a clinical setting to the patients with prostate cancer.
Cathy L Mendelsohn, Ph.D., clm20@columbia.edu
Our work is focused on understanding how the urogenital system forms, and on identifying the cause of urogenital malformations first in rodent, then in human models. We are currently pursuing two types of projects:
1 Investigating the molecular and cellular events important for formation of the nephric duct, for its insertion into the primitive bladder and for formation of connections between the ureter and the bladder. Our experiments utilize mouse models with defects in these processes, as well as cell biological studies, aimed at understanding the various types of epithelial cell remodeling that occur during urinary tract formation.
2 Studying the mechanism by which vitamin A controls renal development. We have previously shown that vitamin A controls branching morphogenesis of the collecting duct system, in large part by regulating transcription of the proto-oncogene Ret. We are using a combination of approaches to identify which cell types are normally important for mediating vitamin A-Ret signaling in the kidney, and what molecular pathways are participate in this process.
Ridwan Shabsigh, M.D., DAP 11-1119, Ext. 5-0123, rs66@columbia.edu
Primary research interests include the diagnosis and treatment of male and female sexual dysfunctions such as erectile dysfunction (commonly known as male impotence), premature ejaculation, libido disorders, orgasmic disorders, Peyronie’s disease, genital deformities and female sexual disorders. These research activities are pursued at the clinical level in the form of clinical trials of new medications and treatment modalities. At the laboratory level molecular biology techniques are applied to investigate causes and cures for sexual dysfunction.
Health Policy and Quality Safety Research
Harold Alan Pincus, M.D., PI Unit 9, Tel. 543-5401
Vice Chair for Strategic Initiatives, Department of Psychiatry and
Director of Quality and Outcomes Research, New York-Presbyterian Hospital.
Research focuses on health and science policy, the practice of evidence-based medicine, quality improvement/performance measurement, and the relationships among general medicine, mental health, and substance abuse, developing and empirically testing models of those relationships. Several projects with which medical students/trainees could be involved include:
Phuong Trang Huynh, Ph.D., PI Unit 9, Tel. 543-6213
Deputy Director, Clinical Geriatric Policy Scholars Program
Current work focuses on identifying pathways for professionals to participate in the policymaking process and assessing opportunities for faculty development and mentoring models. Dr. Huynh has also worked on international surveys and studies on health care policy developments in the U.S. and industrialized countries. Projects with which medical students/trainees could be involved include: evaluating current health and aging policy issues and conducting a review of existing faculty development activities in U.S. medical schools.
Daniel Hyman M.D., MMM, email: dah9024@nyp.org
Chief Medical Officer for Ambulatory Care and
Chief Children’s Quality Officer, New York-Presbyterian Hospital.
Work focuses on improving quality and safety of care locally, regionally and nationally. Specific areas of focus include: Ambulatory Care - reducing disparities in health outcome measures: chronic disease management/chronic illness care model for asthma, diabetes, etc; redesigning visits to improve efficiency and patient satisfaction: women’s health care, childhood immunizations/ preventive services; and Children’s Services - areas of focus include reducing errors, reducing healthcare associated infections, measuring effectiveness of care in children’s health care delivery.
Practicums, internships or electives in assessing quality and safety or in actual improvement efforts are available for medical students/trainees.
Gilad J. Kuperman, M.D., Ph.D., email: gjk9001@nyp.org
Director for Quality Informatics, New York-Presbyterian Hospital
Associate Professor, Department of Biomedical Informatics
Research focuses on ways that information systems can be used to measure and improve quality. Dr. Kuperman also is working on the development and evaluation of a regional health information organization (RHIO) in New York. Projects with which medical students/trainees could be involved include: how best to capture documentation data from clinicians electronically, how best to fit electronic health records applications into the workflow, how best to architect information systems so that regulatory and quality improvement measures can be captured automatically, and how to best use knowledge-based clinical decision support software (e.g., alerts and reminders) to change provider behavior and increase compliance with guidelines.
New York is the most cosmopolitan city in the United States, and Northern Manhattan and the Bronx (from which many of our patients are drawn) exemplify that diversity. People from literally all over the world, or who have traveled all over the world, come through Columbia’s doors. If you’re interested in global health or tropical medicine, no other institution in America can provide the same in-house exposure—coupled, of course, with Columbia’s state-of-the-art facilities, technology, education and training. By sheer virtue of being a quaternary hospital located in New York and of having many international referrals, P&S truly brings the world to its students.
Sonia Sachs, M.D. ss2632@columbia.edu
Through the Columbia University Earth Institute and Professor Jeffrey Sachs’ Millennium Villages Project, first year students in the summer, and fourth year students through electives and who are interested in the intersection between health and development are placed at the Millennium Village sites across Africa. Students are sent to a rural village setting of an underdeveloped country that lacks basic health and disease prevention infrastructure. They work with a team surveying health related needs and implementing infrastructure for health care delivery, health education, and disease prevention.
Jessica Ash, jz2173@columbia.edu
In 1996, Columbia University and Ben-Gurion University initiated an international collaboration in global health medical education, establishing the first four year, American-style medical degree taught in English and incorporating global health in all four years of the medical curriculum, known as the Medical School for International Health (MSIH).
Fourth year students at P&S may pursue elective options with Ben-Gurion University of the Negev. They are sent to Ben-Gurion University of the Negev Faculty of Health Sciences, in Beer Sheva, Israel and have opportunities to visit international clinical sites for the Medical School for International Health in India, Ethiopia, Kenya, Peru, Vietnam, and Nepal. These are structured, eight- week, international clerkships with a small group of MSIH students working under the supervision of local, MSIH-approved, preceptors.
Jessica Ash, jz2173@columbia.edu
In addition to being one of the only medical schools in the country with a required parasitology course in the second year, P&S students have a formal tropical medicine elective they make take at any site in the developing world. Run by Dr. Dickson Despommier, students have excellent preceptorship in identifying sites and finding funding to go abroad. Many do clerkships in specialties like neurosurgery, trauma surgery, OB-GYN, infectious disease, HIV care, radiology, neurology, and pediatrics. Columbia strongly believes that international health embraces every medical specialty. Countries run the gamut from Swaziland to Switzerland.
In addition to the Millennium Villages clerkship, first year students have formal opportunities at Columbia to go abroad.
P&S is lucky to have the world-renowned Mailman School of Public Health literally next door. In addition to pursing an MPH degree, P&S students may take advantage of the wealth of global opportunities the School offers. Students are allowed to take 1 course a year free at the School (or any other School of Columbia University, including the School of International and Public Affairs), and Mailman has a rich network of contacts and practica available to medical students.
Many of the world’s leading medical NGOs are headquartered in New York, including the International Rescue Committee, Doctors Without Borders (MSF)- USA, Human Rights Watch, the Population Council, as well as the United Nations Organizations (UNICEF, UNAIDS, etc). P&S faculty are often affiliated with these organizations, and interested students can pursue internships or other opportunities.