AbstractNatural adult aging is associated with many functional impairments of the human neuromuscular system. One of the more observable alterations is the loss of contractile muscle mass, termed sarcopenia. The loss of muscle mass occurs primarily due to a progressive loss of viable motor units, and accompanying atrophy of remaining muscle fibers. Not only does the loss of muscle mass contribute to impaired function in old age, but alterations in fiber type and myosin heavy chain isoform expression also contribute to weaker, slower, and less powerful contracting muscles. This review will focus on motor unit loss associated with natural adult aging, age-related fatigability, and the age-related differences in strength across contractile mus...
Muscle wasting and weakness are typical features of old age. However, when one compares the losses o...
Aging is associated with loss of skeletal muscle mass, strength and endurance. The aim of this study...
Skeletal muscle contractile function declines with aging, disease, and disuse. In vivo muscle contra...
AbstractNatural adult aging is associated with many functional impairments of the human neuromuscula...
Sarcopenia is a loss of muscle mass and function in the elderly that reduces mobility, diminishes qu...
Age-related impairments in motor performance are caused by a deterioration in mechanical and neuromu...
With increasing age, human skeletal muscles gradually decrease in volume, mainly due to a reduced nu...
Senile sarcopenia, the loss of muscle mass associated with aging, is one of the main causes of muscl...
The relative contributions of intrinsic and extrinsic neuromuscular factors on sarcopenia are poorly...
Healthy adult aging is associated with sarcopenia; a loss of skeletal muscle mass known as. Major co...
Voluntary control of skeletal muscle enables humans to interact with and manipulate the environment....
Muscle strength and, to a greater extent, power inexorably decline with ageing. Quantitative loss of...
Aging results in a gradual loss of muscle function, and there are predictable age-related alteration...
The world population is ageing rapidly. As society ages, the incidence of physical limitations is dr...
Key points: Loss of muscle mass and strength in the growing population of elderly people is a major ...
Muscle wasting and weakness are typical features of old age. However, when one compares the losses o...
Aging is associated with loss of skeletal muscle mass, strength and endurance. The aim of this study...
Skeletal muscle contractile function declines with aging, disease, and disuse. In vivo muscle contra...
AbstractNatural adult aging is associated with many functional impairments of the human neuromuscula...
Sarcopenia is a loss of muscle mass and function in the elderly that reduces mobility, diminishes qu...
Age-related impairments in motor performance are caused by a deterioration in mechanical and neuromu...
With increasing age, human skeletal muscles gradually decrease in volume, mainly due to a reduced nu...
Senile sarcopenia, the loss of muscle mass associated with aging, is one of the main causes of muscl...
The relative contributions of intrinsic and extrinsic neuromuscular factors on sarcopenia are poorly...
Healthy adult aging is associated with sarcopenia; a loss of skeletal muscle mass known as. Major co...
Voluntary control of skeletal muscle enables humans to interact with and manipulate the environment....
Muscle strength and, to a greater extent, power inexorably decline with ageing. Quantitative loss of...
Aging results in a gradual loss of muscle function, and there are predictable age-related alteration...
The world population is ageing rapidly. As society ages, the incidence of physical limitations is dr...
Key points: Loss of muscle mass and strength in the growing population of elderly people is a major ...
Muscle wasting and weakness are typical features of old age. However, when one compares the losses o...
Aging is associated with loss of skeletal muscle mass, strength and endurance. The aim of this study...
Skeletal muscle contractile function declines with aging, disease, and disuse. In vivo muscle contra...