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Ben Cosgrove (born 30 January 1988) is an American composer and multi-instrumentalist from Methuen, Massachusetts, whose work explores the intersection of sound and place. Releases and recognition. His 2011 album, Yankee Division, is based on landscapes around New England, taking its name from the Yankee Division Highway.
Ben Cosgrove is a traveling composer-performer whose music explores themes of landscape, place, and environment. Described by the Boston Globe as “a sonic plein-air painter…
Ben Cosgrove wants to know how stem cells make critical decisions—to live, to divide, to die—and why these choices go awry as we age. He integrates new biological measurement techniques with analytical models to untangle how cells “compute” these decisions and uses this information to design better therapies to enhance tissue regeneration in the elderly.
Ben Cosgrove directs the Laboratory of Regenerative Systems Biology at the Meinig School of Biomedical Engineering at Cornell University. His research group develops and implements systems bioengineering approaches to study the transcriptional and signaling network dysregulations underlying the decline of muscle stem cell function and tissue regeneration in aging and disease.
HM Blau, BD Cosgrove, ATV Ho. Nature medicine 21 (8), 854-862. , 2015. 412. 2015. Single-cell analysis of the muscle stem cell hierarchy identifies heterotypic communication signals involved in skeletal muscle regeneration. AJ De Micheli, EJ Laurilliard, CL Heinke, H Ravichandran, P Fraczek, ...
Ben Cosgrove (@bencosgrovemusic) • Instagram photos and videos. 4,189 Followers, 1,500 Following, 1,704 Posts - Ben Cosgrove (@bencosgrovemusic) on Instagram: "musician/writer/landscape enthusiast // new album “BEARINGS” available now👇🎹🧭".
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Ben Cosgrove directs the Laboratory of Regenerative Systems Biology at the Meinig School of Biomedical Engineering at Cornell University. His research group develops and implements systems bioengineering approaches to study the transcriptional and signaling network dysregulations underlying the decline of muscle stem cell function and tissue regeneration in aging and disease.
