废用性萎缩的英文

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"废用性萎缩"怎么读用"废用性萎缩"造句

英文翻译手机版

acinetatrophia
akinetatrophy
atrophy of disuse
disus atrophy
disuse atrophy
disuse-atrophy

"废"英文翻译 abandon; abolish; abrogate; ...
"用"英文翻译 40分钟跑完全程 run the course in 4 ...
"性"英文翻译 nature; character; dispositi ...
"萎缩"英文翻译 wither; shrivel
"松质骨废用性萎缩" 英文翻译 : atrophy of disuse cancellous bone
"支持骨废用性萎缩,松质骨废用性萎缩" 英文翻译 : atrophy of disuse supporting bone
"肌肉消耗性和废用性萎缩" 英文翻译 : muscular wasting and disuse atrophy
"废用性肌萎缩" 英文翻译 : disuse myatrophy; muscular atrophy of disuse
"肾失用性萎缩" 英文翻译 : disuse atrophy of kidney
"废用性过敏" 英文翻译 : disuse supersensitivity
"废用性缺陷" 英文翻译 : disuse handicap
"废用性弱视" 英文翻译 : amblyopia ex anopsia; amblyopic exanopsia; deprivation amblyopia; disuse amblyopia; obligatory amblyopia
"废用性虚弱" 英文翻译 : disuse weakness
"肥胖性萎缩, 脂性萎缩" 英文翻译 : adipositas ex vacuo
"闭锁性萎缩" 英文翻译 : atretic atrophy; obliteration atrophy
"变性萎缩" 英文翻译 : degenerative atrophy
"病理性萎缩" 英文翻译 : pathologic atrophy; pathological atrophy; pathologicatrophy
"不动性萎缩" 英文翻译 : akinetatrophy
"大叶性萎缩" 英文翻译 : lobar atrophy
"代偿性萎缩" 英文翻译 : compensatory atrophy
"非炎性萎缩" 英文翻译 : noninflammatory atrophy
"功能性萎缩" 英文翻译 : functional atrophy
"关连性萎缩" 英文翻译 : correlated atrophy
"后天性萎缩" 英文翻译 : acquired atrophy
"机能性萎缩" 英文翻译 : functional atrophy

例句与用法

Weightlessness or simulated weightlessness has been shown to cause atrophy , to reduce contraction function , and to increase fatigability in rat hindlimb skeletal muscles
航天失重或模拟失重能够引起下肢肌肉特别是抗重力肌发生废用性萎缩，并使肌肉的收缩力降低，疲劳性增加。
With the development of space exploration projects , the atrophy and decreased function in antigravity skeletal muscles are one of major problems that need to be solved for the prolonged space flight . to understand the features of decreased contractile function and increased fatigability in unloaded hindlimb skeletal muscles will help to develop effective countermeasures during space flight , and contribute to the prevention and treatment of skeletal muscle atrophy in long - term bed - rest patients
随着载人航天活动的发展，航天飞行时间越来越长，抗重力肌废用性萎缩引起的强直收缩疲劳性增加，使航天员运动易疲劳的感觉更加明显，限制了飞行时间和工作效率，在应急逃生时肌肉发生损伤的可能性增大，且影响返回地面重力环境后的再适应能力。