Dr. Matt Tannenbaum
Highlights of Qualifications
Medical School: Albany Medical College
Pathology Residency: University of Colorado Health Sciences Center
Subspecialties: Hematopathology
Fellowship Institution: University of Utah Medical Center
Board Certification: -Anatomic and Clinical Pathology
-Hematopathology

MATT TANNENBAUM, M.D.

Dr. Tannenbaum brings expertise in Hematopathology to Pathology Associates. Graduating cum laude from Hamilton College with a degree in Physics and Astronomy, he left Clinton, New York and received his M.D. from Albany Medical College. His residency in Anatomic and Clinical Pathology took him to the University of Colorado Health Sciences Center and for his Fellowship in Hematopathology, he served in the prestigious section of hematopathology at the University of Utah Medical Center.

Matt has previously served as the Chairman of the Pathology Department at EIRMC. With his expertise in Hematopathology, he has also served on cancer and transfusion committees. Having been involved with specific in-depth research relating to cancer detection, Dr. Tannenbaum continues to use his expertise to apply new technology in diagnostic techniques.

Dr. Tannenbaum is certified in both Anatomic and Clinical Pathology and in Hematopathology. He is a member of the American Society for Clinical Pathology (ASCP) and a Fellow of the College of American Pathologists (CAP).

He has been actively involved in the world community by helping various institutions. His good deeds include efforts to set-up hospital laboratories, supporting the Red Cross, and providing various contributions to a foreign organization that built a schoolhouse in the remote mountain areas of China’s Zinjiang province.

Dr. Tannenbaum is married, has three children, and is an avid outdoorsman and landscape photographer. In fact, many of his photographs decorate Pathology Associates offices. He enjoys traveling the world and has fond memories of his excursions to Bhutan, Patagonia, and the trek of a lifetime to the North Face base camp of K2.