1) muscle oxygen content
肌肉氧含量
1.
NIRS is employed to determine change of lateral femur muscle oxygen content and sEMG is employed to test the muscle electricity indexes 1/3MVC and 2/3MVC static exercises.
动力性运动中IEMG的改变可受到血乳酸浓度增加和肌肉氧含量减少两方面因素的影响。
2) muscle copper content
肌肉含铜量
3) copper concentration
肌肉铜含量
1.
The interaction of copper and VA in iron concentration,copper concentration,manganese concentration and zinc concentration in chicken in broilers were studied.
05);对前后期肌肉铜含量和肌肉锰含量影响极显著(P<0。
4) zinc concentration in chicken
肌肉锌含量
1.
The interaction of copper and VA in iron concentration,copper concentration,manganese concentration and zinc concentration in chicken in broilers were studied.
01),随着日粮铜水平的增加,肌肉锰含量随之增加,日粮不同铜水平对前后期肌肉锌含量的影响也显著,前期(P<0。
5) muscle oxygen content
肌氧含量
1.
Varying characteristics of myoelectric discharge and muscle oxygen content during constant speed movement;
等速运动过程中肌放电量与肌氧含量的变化特征
2.
Method Using a portable tissue oximeter based on near-infrared spectroscopy (NIRS), the relative changes of skeletal muscle oxygen content were measured non-invasively and in vivo when healthy volunteers were performing an incremental intensity running protocol.
目的研究运动过程中人体骨骼肌组织肌氧含量的相对变化与心率、摄氧量和气体交换率间的关系。
补充资料：动静脉血氧含量差
动静脉血氧含量差
arterial venous oxygen content difference
由于静脉血中氧被组织摄取利用，因此动静脉血氧含量存在差异。正常成人以100ml血液含15g血红蛋白计算，如动脉血氧饱和度为1.00，静脉血氧饱和度为0.75。其动静脉血氧含量差约为5ml。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条