Muscle's structural composition is an important factor underlying muscle strength and
physical function in older adults. There is an increasing amount of research to support the …

Adipose tissue redistributes during aging resulting in increased intermuscular adipose
tissue (IMAT), intramuscular, and intramyocellular lipid while subcutaneous fat decreases …

Purpose. People with obesity, diabetes, and peripheral neuropathy have high levels of
intermuscular adipose tissue (IMAT) volume which has been inversely related to physical …

Objective. Intramuscular adipose tissue (IMAT) and sarcopenia may adversely impact
mobility function and physical activity. This study determined the association of locomotor …

Objectives Intramuscular adipose tissue (IMAT) is recognized as a negative predictor of both
muscle and mobility function in older adults, however the mechanism by which IMAT may …

Introduction: Intramuscular adipose tissue (IMAT) is a potential contributor to declining force
production and may be related to impaired central activation; therefore, the purpose of this …

Intermuscular adipose tissue (IMAT) is a distinct adipose depot described in early reports as
a 'fatty replacement'or 'muscle fat infiltration'that was linked to ageing and neuromuscular …

Fat infiltration within the fascial envelope of the thigh or intermuscular adispose tissue
(IMAT), has been shown to be associated with both adverse metabolic and mobility …

Key points Muscle infiltration with adipose tissue (IMAT) is common and associated with loss
of skeletal muscle strength and physical function across a diverse set of pathologies …

Background: Recent findings suggest that higher levels of intermuscular adipose tissue
(IMAT) are associated with glucose dysregulation, lower levels of muscle strength, and a …