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Home / News / Emmyon scientists discover fundamental molecular mechanism of skeletal muscle atrophy

Emmyon scientists discover fundamental molecular mechanism of skeletal muscle atrophy

Aug 19, 2016 By redilson

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August 19, 2016, Coralville, IA – In collaboration with colleagues at the University of Iowa and the Buck Institute for Research on Aging, Emmyon scientists Chris Adams, Scott Ebert and Mike Dyle published a new paper today describing a previously unknown mechanism of skeletal muscle atrophy.

The paper, entitled “Gadd45a promotes skeletal muscle atrophy by forming a complex with the protein kinase MEKK4” was published in The Journal of Biological Chemistry.  The paper was selected as a JBC Paper of the Week and was selected for the journal cover.  To view the paper, please click here.

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