Rehabilitation and Therapy Commons^™

Sarcopenia In Older Adults, Timothy Henwood, Justin Keogh, Mike Climstein

Justin Keogh

Extract:Sarcopenia is a little acknowledged geriatric syndrome associated with significant health care and personal burden (Janssen et al 2004). Defined by an age associated loss in muscle mass and function (either muscle strength or physical performance), sarcopenia is a known precursor to later life disability (Cruz-Jentoft et al 2010). Across the lifespan, an adult can expect a 35% loss in muscle size and 50% loss in muscle strength that will significantly reduce their capacity to undertake activities of daily living, and increase their risk of falls due to reduced balance capacity and core strength (Bean et al 2002).

Sarcopenia In Older Adults, Timothy Henwood, Justin Keogh, Mike Climstein

Mike Climstein

Extract:
Sarcopenia is a little acknowledged geriatric syndrome associated with significant health care and personal burden (Janssen et al 2004). Defined by an age associated loss in muscle mass and function (either muscle strength or physical performance), sarcopenia is a known precursor to later life disability (Cruz-Jentoft et al 2010). Across the lifespan, an adult can expect a 35% loss in muscle size and 50% loss in muscle strength that will significantly reduce their capacity to undertake activities of daily living, and increase their risk of falls due to reduced balance capacity and core strength (Bean et al 2002).

Fiber Type And Cross-Sectional Area Characteristics In Hindlimb Muscles Of The Long-Lived Ames Dwarf Mouse, Kristine Dahlheimer

Physical Therapy Scholarly Projects

Background: Ageing is associated with sarcopenia and a change of composition in muscle fibers. Ames dwarf mice have been found to have a decreased susceptibility to the deleterious effects of the ageing process, when compared to a normal mouse counterpart. This study looks at the muscle composition of the Ames dwarf mouse compared to the normal mouse by analyzing two muscles, ELD and Sol.

Methods: Researchers harvested hind limb muscles from Ames dwarf mice and normal mice. The fours muscles were EDL, Sol, Gastrocnemius/Plantaris, and TA. EDL and Sol were sliced and stained with fast and slow twitch and H&E …

Fiber Type And Cross-Sectional Area Characteristics In Hindlimb Muscles Of The Long-Lived Ames Dwarf Mouse, David Farder

Physical Therapy Scholarly Projects

Background: Aging is associated with sarcopenia and a change of composition in muscle fibers. Ames dwarf mice have been found to have a decreased susceptibility to the deleterious effects of the aging process, when compared to a normal mouse counterpart. This study looks at the muscle composition of the Ames dwarf mouse compared to the normal mouse by analyzing two muscles, extensor digitorum longus (EDL) and soleus (Sol).

Methods: Researchers harvested hind limb muscles from Ames dwarf mice and normal mice. The fours muscles were EDL, Sol, Gastrocnemius/Plantaris, and tibialis anterior (TA). EDL and Sol were sliced and stained with …