Valuable insight into the influence of age-associated humoral factors
Genetic Engineering & Biotechnology News (GEN) - 07-Dec-2021An injection of extracellular vesicles improve muscle regeneration
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Postdoctoral fellow in the Department of Physical Medicine and Rehabilitation at the University of Pittsburgh
Graduated with MS in Biomedical Engineering from
Carnegie Mellon University and recently with a PhD in Environmental and
Occupational Health from the Graduate School of Public Health at the University
of Pittsburgh. As a doctoral student in Ambrosio Lab, she studied the role of
an anti-aging protein, Klotho, in the healthy aging of skeletal muscle. Her
overarching goal was to identify this protein as a potential therapeutic target
for enhancing skeletal muscle healing capacity of geriatric population by enhancing
skeletal muscle mitochondrial health. She, along with several lab members,
successfully published this article in Nature Communications in 2018. Upon completion of her doctoral dissertation in December 2019, Dr. Sahu
joined the Department of Physical Medicine and Rehabilitation at University of
Pittsburgh, in the Ambrosio Lab as a Postdoctoral Associate. Currently, she
investigates the role of exercise on molecular profile of circulating
extracellular vesicles as well as the mechanisms underlying an age-related
decrease in skeletal muscle regenerative capacity. Dr. Sahu’s long-term goal is
to develop targeted rehabilitation strategies for enhancing functional capacity
in a geriatric population. Recently, her research interests have taken her to
explore the unexplored quantum phenomena in human body that may open several
avenues into developing bio-therapeutics and precise rehabilitation strategies.
Visit website: https://www.ambrosiolab.pitt.edu/people/amrita-sahu/
See also: University of Pittsburgh - Public state-related research university
Details last updated 09-Dec-2021
An injection of extracellular vesicles improve muscle regeneration