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Role of Sirt2 in stress-induced muscle atrophy

By:

Tamta, Ankit Kumar

Contributor(s):

Sundaresan, N Ravi advised

Material type: Book

BookLanguage: en. Publication details: Bengaluru IISc 2023Description: 123p. e-Thesis col. ill. ; 29.1 cm * 20.5 cm 6.727MbDissertation: PhD; 2023; Microbiology and cell biologySubject(s):

DDC classification:

570 ANK

Online resources:

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Dissertation note: PhD; 2023; Microbiology and cell biology Summary: Skeletal muscle is one of the essential organs in our body, responsible for various functions such as locomotion, transport, protein storage, and thermoregulation. Under certain pathological conditions, there is a reduction in muscle mass known as muscle atrophy. Skeletal muscle atrophy occurs when there is an upsurge in protein degradation and a reduction in protein anabolism. Aging-associated reduction of muscle weight is known as sarcopenia. Individuals suffering from sarcopenia have severe degeneration, particularly in fast twitching (type II) muscle fiber.

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Holdings
Item type	Current library	Call number	Status	Date due	Barcode
E-BOOKS	JRD Tata Memorial Library	570 ANK (Browse shelf(Opens below))	Available		ET00050

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PhD; 2023; Microbiology and cell biology

Skeletal muscle is one of the essential organs in our body, responsible for various functions such as locomotion, transport, protein storage, and thermoregulation. Under certain pathological conditions, there is a reduction in muscle mass known as muscle atrophy. Skeletal muscle atrophy occurs when there is an upsurge in protein degradation and a reduction in protein anabolism. Aging-associated reduction of muscle weight is known as sarcopenia. Individuals suffering from sarcopenia have severe degeneration, particularly in fast twitching (type II) muscle fiber.

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