Graduate School of Biomedical Sciences
We train inquisitive and determined scientists looking to pursue careers in biomedical research, management, academia and health care. If you’re looking for a post-baccalaureate (post-bac) or a professional health program, we can help you develop your academic credentials to get there.
The GSBMS is home to exciting research advances across the biomedical sciences. Our M.S. and Ph.D. programs allow you to specialize and follow your scientific journey wherever you choose. Become a clinical laboratory scientist, a research manager at a pharmaceutical firm, or a research professor—whatever your scientific aspiration, we can put you on that path.
Programs Tailored to Your Goals and Interests
Whether your aim is to start working as a clinical laboratory scientist as soon as possible, enter an intensive Ph.D. program or build up your academic credentials before medical school, we have something for every biomedical science student. All our programs meet specific educational goals.
Discipline-Based Programs
Professional Science Master’s (PSM)
Each of the six discipline-specific M.S. programs also offers a Biomedical Science & Management - Professional Science Master’s (PSM) track for those interested in pursuing careers in the pharmaceutical, biotechnology, or other biomedical science industries, as well as government and not-for-profit sectors related to these fields.
Pre-Professional Programs
Accelerated Interdisciplinary Biomedical Sciences Master’s Program
A one year master's program for aspiring medical students.
Interdisciplinary Biomedical Sciences Master’s Program
A two year master’s program for aspiring scientists, dentists, physicians, veterinarians, etc.
Clinical Laboratory Studies Master's Program
This master’s degree will prepare you for CLS licensure and work in a clinical laboratory.
Dental Linker Program
A one year accelerated master's program for aspiring Touro College of Dental Medicine students. By referral only from the TCDM Admissions Committee.
Why GSBMS is a Great Place for Aspiring Scientists
- Small class size and hands-on mentorship and research training.
- Interdisciplinary learning environment in partnership with the NYMC School of Medicine.
- Extensive opportunities for both research and professional-focused careers.
- More than $30 Million in external annual funding for biomedical research.
- Opportunities for real-world lab experience in every program.
Quick Facts
18 academic programs across the biomedical sciences.
>85% student acceptance rate to medical school programs from our post-bac programs.
More than $1 million in scholarships annually to M.S. and Ph.D. students.
11 hospital affiliates in NY & CT, providing training for our clinical laboratory sciences students.
Recent GSBMS News
NYMC Honors 2023 Faculty Authors
College Celebrates 381 Faculty Authors for 768 Publications
From Pupil to Professor: Alumni Lighting the Way at NYMC
Alumni Faculty Guiding the Next Generation
Meet the 2024-2025 Graduate Student Association E-Board
The GSA Empowers Graduate Students Through Advocacy, Community, and Research
Andrea Love, Ph.D. ’14 Navigates the Intersection of Science and Misinformation
Dr. Love’s Journey in Science and Public Education
Upcoming GSBMS Events
Dec 3Tuesday, December 3, 2024, 6 - 8pm ETLander College of Arts and Sciences Pre health Professions Fair
Graduate School of Biomedical Sciences
Dec 4Wednesday, December 4, 2024, 12 - 2:30pm ETLander College for Women Graduate School Fair
Graduate School of Biomedical Sciences
Dec 4Wednesday, December 4, 2024, 2 - 3pm ET"Mitochondrial Precursor Overaccumulation Stress-A Novel Mechanism of Human Disease"
Department of Cell Biology and Anatomy
Dec 11Wednesday, December 11, 2024, 5 - 6pm ETClinical Laboratory Sciences Information Session
Graduate School of Biomedical Sciences
What Sets GSBMS Apart
[Seal: New York Medical College, Chartered 1860]
[Logo: New York Medical College, A Member of the Touro College and University System, Graduate School of Biomedical Sciences]
[Video clip: Aerial shot, flying by evergreen trees, overlooking Sunshine Cottage]
NARRATOR: Although we established graduate studies
[Image of two students, one female, one male, sitting on a couch, with a laptop]
at New York Medical College in 1910,
[Image of three students sitting outdoors at a picnic table with a water bottle]
the graduate school was formed in 1963 and since then we've been offering both
[Image of two laboratory assistants, conducting an experiment using a long spoon, inside a clear Lucite box with green edges]
Masters and Ph.D. degrees in several disciplines.
[Image: female scientist, pouring samples into test tubes filled with red liquid]
[Image of two laboratory assistants, one standing, one sitting, conducting an experiment using a small white bowl, inside a clear Lucite box with green edges]
NARRATOR: We also offer master's degrees in
[Image of Community Entrance Sign, which reads, “New York Medical College, A Member of the Touro College and University System]
professional master studies
[Video clip of a man and woman hugging on stage, at an event]
and also in clinical laboratory Sciences.
[Image of three men, standing and smiling for a picture at an event]
[Video Clip of two men on stage, one presenting an award]
[Speaking: Marina K. Holz, Ph.D., dean of the graduate school of biomedical sciences and professor of cell biology and anatomy]
HOLZ: New York Medical College is attractive to prospective students for several reasons. One of the reasons is because of our relatively small size. Our students get to interact closely with faculty members. Another reason, is that we truly have a world-class faculty that focus on many important areas of investigation, such as
[Image of a person wearing a mask and eyeglasses, in a blue scrub jacket and blue bonnet, with white nitrile gloves, holding a graduated syringe, standing over cartons of eggs in a laboratory setting]
Lyme disease research, flu vaccine research,
[Image of a man in a white coat, wearing eyeglasses, sitting in a laboratory, with computer monitors in the background]
research into concussions and speech-language pathology.
[Video clip, two men in white coats walking through a lab, stop at a table to look down]
[Music crescendos]
NARRATOR #2: You know, it's all starts with the student.
[Video clip, of an automatically closing drawer]
Particularly at New York Medical College, if you’re interested in
[Video clip of a man in a white coat and blue tie, looking downward and smiling genuinely]
[Speaking: Victor G. Garcia, Ph.D. ’15, assistant professor of pharmacology]
GARCIA: Some of the research that we do here, we welcome them with open arms, to contact us and get a hold of us. There are current programs at New York Medical College that help foster these relationships
[Video clip, zoomed in, a laboratory clinician wearing a black glove, holding a test tube, injecting red dye into clear liquid]
and help provide students
[Video clip, continues, and then gently swirling that liquid until it all turns red]
with a small period of time that they
[Image of a Ph.D. mentor with a student in the lab]
can come in and be with a mentor and be in the lab, and get lab experience.
[Image, aerial view, green grass and trees surrounding Sunshine Cottage]
[Speaking: Charles, M.D. in Basic Medical Sciences]
CHARLES: You can't possibly beat the professor's, the faculty, the staff, that are here for you, and that are here to like help you grow, help you feel special, and help you just make it through your day-to-day activities.
[Image, three students (in focus) on the lawn in the foreground, one reading, while two are looking at a laptop, and two students (out of focus) walk down a path in the background]
CHARLES: It's a family here and it's really amazing experience.
[Image, two laboratory assistants are injecting something into a small blue tube]
CHARLES: you'll get the education and that's great, but you'll also get more to come along with that.
[Image, woman looking through a microscope while a man watches]
[Speaking: Jonathan A.N. Fisher, Ph.D., assistant professor of physiology]
FISHER: Mentoring and training this next generation of leaders in healthcare and biomedical research, it's something I feel pretty passionately about.
[Image of Dr. Fisher standing behind a student looking into a lighted box]
FISHER: one great thing about New York Medical College that I felt since I came here
[Image, student leaning back with hand behind head, holding neck]
is that really no student falls between the cracks.
[Video clip, of a student putting on eyeglasses]
[Video clip of student with their arms folded listening to a lecture, begins speaking, unfolds arms, and makes a gesture with the right hand, fingers open, and then all fingers come together at a point]
[Speaking, Kenneth M. Lerea, Ph.D., associate professor of cell biology and anatomy, assistant dean for M.S. Programs]
LEREA: The faculty are very proud of the accomplishments of all the graduates. The students have demonstrated true success
[Image of two lab assistants, wearing white coats and safety glasses, performing an experiment behind glass wall]
and brought pride to the NYMC community.
[Image of a scientist analyzing samples, while two other lab technicians look at another sample in the background]
[Speaking: Elizabeth, Ph.D. in Cell Biology]
ELIZABETH: This school is really different
[Video clip of people exiting a crowded auditorium]
and is much different than my high school or my undergrad
[Image of two men looking at a whiteboard, one on the phone]
in the sense that I've never been surrounded by so many different cultures
[image of a female student on a laptop]
before and I think that's really important because you get to learn so many different facts and the different perspectives that people come from.
[Image, two men looking at a monitor with green organisms, one points to a yellow marker]
[Image, three students in white coats, laughing while holding a laptop, in front of a brick building, which reads “Medical Education Center”]
ELIZABETH: And New York Medical College is really good at bringing people together in that sense.
[Image, group shot of nine scientists in white coats sitting in a laboratory]
[Tetyana Kobets, M.D., M.S.P.H., assistant professor of pathology & assistant dean for Ph.D. programs]
KOBETS: I'm really proud of our faculty and how much they work with students, how much they are willing to help our students. I’m proud of our graduates who will all achieve great things in life, and how inclusive and diverse the school is.
[Image of three female students sitting at a picnic table, one gesturing toward herself with both hands]
KOBETS: We really believe that everybody regardless of your background deserve a good education.
[Image of an older gentleman in a blue dress shirt and orange striped bow tie, with eyeglasses, makes a gesture with both hands open, as if he is speaking] [Image of a maroon lamppost banner which says “New York Medical College”]
[Speaking: Sangmi Chung, Ph.D., associate professor of cell biology and anatomy, neurology and of psychiatry and behavioral sciences]
[Video clips of students walking down the street wearing backpacks and shorts]
CHUNG: I really like the community here.
[Video clip of students walking down a hallway wearing backpacks and jeans and dresses]
CHUNG: Like the friendly people, collaborators, again enthusiastic students. And I think the beautiful campus is always a plus.
[Image, aerial view of campus with lush green trees on a clear day with white puffy clouds]
HOLZ: What I like about New York Medical College is the close-knit community of scientists, educators, students who work together to solve many important problems, not only here in Westchester County but also nationally and internationally.
[Aerial view of Sunshine Cottage]
[Music]
The laboratory of Doris J. Bucher, Ph.D., associate professor of pathology, microbiology and immunology, produces high growth reassortant seed viruses for the influenza vaccine, ultimately used to produce 400 to 500 million doses of flu vaccine annually.
The NYMC Genomics Core Laboratory in the Department of Pathology, Microbiology and Immunology was selected to assist New York State in the identification of COVID-19 variants. Data is be used and helps build an understanding of disease manifestations, therapy or vaccine evasion and efficacy, and will support other discoveries to inform public health intervention.