id	keyword
bam-8826	et al
bam-8826	muscle
bam-8826	university
bam-8826	italy
bam-8826	doi
bam-8826	medicine
bam-8826	aging
bam-8826	mitochondrial
bam-8826	padova
bam-8826	eur j
bam-8826	myol
bam-8826	j transl
bam-8826	mobility
bam-8826	department
bam-8826	stimulation
bam-8826	study
bam-8826	patients
bam-8826	atrophy
bam-8826	research
bam-8826	mice
bam-8826	references
bam-8826	human
bam-8826	training
bam-8826	physical
bam-8826	exercise
bam-8826	activity
bam-8826	abstracts
bam-8826	ca2
bam-8826	results
bam-8826	collection
bam-8826	age
bam-8826	cell
bam-8826	function
bam-8826	2020pmd
bam-8826	muscle atrophy
bam-8826	xx1
bam-8826	institute
bam-8826	xxy
bam-8826	keywords
bam-8826	sciences
bam-8826	rehabilitation
bam-8826	imaging
bam-8826	levels
bam-8826	effect
bam-8826	disease
bam-8826	health
bam-8826	fpp
bam-8826	treatment
bam-8826	myology
bam-8826	expression
bam-8826	mobility medicine
bam-8826	kern
bam-8826	carraro
bam-8826	years
bam-8826	changes
bam-8826	body
bam-8826	fibers
bam-8826	mass
bam-8826	tissue
bam-8826	center
bam-8826	blood
bam-8826	performance
bam-8826	control
bam-8826	physiol
bam-8826	increase
bam-8826	analysis
bam-8826	protein
bam-8826	studies
bam-8826	time
bam-8826	decline
bam-8826	stress
bam-8826	model
bam-8826	muscle fibers
bam-8826	sarcopenia
bam-8826	persons
bam-8826	group
bam-8826	usa
bam-8826	adults
bam-8826	role
bam-8826	subjects
bam-8826	papaya
bam-8826	entry
bam-8826	anti
bam-8826	motor
bam-8826	padua
bam-8826	transl myol
bam-8826	calcium
bam-8826	physiology
bam-8826	mechanisms
bam-8826	test
bam-8826	growth
bam-8826	mouse