Sridhar Ramaswamy, MD

Associate Professor, Department of Medicine, Harvard Medical School

Associate Professor of Medicine, Cancer Center, Massachusetts General Hospital

Tucker Gosnell Investigator, Cancer Center, Massachusetts General Hospital

Contact Info

Sridhar Ramaswamy
Massachusetts General Hospital
185 Cambridge Street
Boston, MA, 02114
Mailstop: Room 4206
Phone: 617-643-3140
Fax: 617-643-3170
sridhar@mgh.harvard.edu

Assistant

Not Available.

DF/HCC Program Affiliation

Breast Cancer
Cancer Genetics

Lab Website

Ramaswamy Laboratory - MGH Cancer Center

Research Abstract

We are working to identify mechanisms that enable cancers to metastasize, but then lay dormant at distant sites, only to recur late after apparently curative treatment. We combine molecular and cell biology, imaging, bioengineering, and systems approaches to identify pathways that regulate cancer cell invasion, metastasis, and dormancy. We are also using advanced genomics, computation, and statistical data-mining to: 1) identify diagnostic, prognostic, and drug response genes across a spectrum of cancer types; and 2) discover molecular pathways in cancer and stem cells that regulate proliferation, invasion, differentiation, and resistance to therapeutics.

Publications

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DF/HCC Directory Login Update Member Profile Change Account Settings Applying for Membership Benefits Requirements Responsibilities	Sridhar Ramaswamy, MD Associate Professor, Department of Medicine, Harvard Medical School Associate Professor of Medicine, Cancer Center, Massachusetts General Hospital Tucker Gosnell Investigator, Cancer Center, Massachusetts General Hospital Contact Info Sridhar Ramaswamy Massachusetts General Hospital 185 Cambridge Street Boston, MA, 02114 Mailstop: Room 4206 Phone: 617-643-3140 Fax: 617-643-3170 sridhar@mgh.harvard.edu Assistant Not Available. DF/HCC Program Affiliation Breast Cancer Cancer Genetics Lab Website Ramaswamy Laboratory - MGH Cancer Center Research Abstract We are working to identify mechanisms that enable cancers to metastasize, but then lay dormant at distant sites, only to recur late after apparently curative treatment. We combine molecular and cell biology, imaging, bioengineering, and systems approaches to identify pathways that regulate cancer cell invasion, metastasis, and dormancy. We are also using advanced genomics, computation, and statistical data-mining to: 1) identify diagnostic, prognostic, and drug response genes across a spectrum of cancer types; and 2) discover molecular pathways in cancer and stem cells that regulate proliferation, invasion, differentiation, and resistance to therapeutics. Publications View All Publications
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