Our laboratory at Massachusetts General Hospital focuses on the structure determination of macromolecules, including membrane proteins, employing electron cryomicroscopy.
Department of Medicine Research Labs
Our lab at Massachusetts General Hospital studies study hepatorenal syndrome in order to understand how advanced liver disease (cirrhosis) affects kidney function.
The Anthony Laboratory at Massachusetts General Hospital investigates the role and regulation of immunoglobulin glycosylation.
The M. Amin Arnaout laboratory at Massachusetts General Hospital researches the molecular basis of human disease to guide development of new and safer therapies, using genetics, genomics, biochemistry, cell biology, structural and computational biology and animal models.
The Jodie L. Babitt Lab at Massachusetts General Hospital is focused on elucidating the molecular and cellular mechanisms involved in iron homeostasis
The basic and translational research in the Diabetes Unit at Massachusetts General Hospital focuses on studies relating to insulin resistance and developing novel prevention strategies and treatments.
The Bastepe Lab strives to improve clinical management of endocrine and musculoskeletal disorders through fundamental research that involves genetics and molecular and cell biology.
The Battistone Lab explores the basis of mucosal immunity in the urogenital tract to find diagnostic and therapeutic targets for kidney injury and male infertility.
The Bloch Laboratory at Massachusetts General Hospital investigates the role of the bone morphogenetic protein signal transduction pathway in a broad spectrum of human diseases.
The Bromley Laboratory at Massachusetts General Hospital investigates lymphocyte migration, with an emphasis on the mechanisms that regulate the accumulation of T cells within normal and inflamed non-lymphoid tissues.
Transforming Medicine Through Innovation
Research at Massachusetts General Hospital integrates the full spectrum of "bench to bedside" discovery. Laboratory scientists work collaboratively with clinicians to make discoveries and turn them into treatments, diagnostics and devices that improve our quality of life.