1.
Research of the Muscle Oxygen Saturation Monitor Instrument Based on ARM
基于ARM系统的肌肉血氧检测仪的研究
2.
The blood loss has caused his muscle tissue to suffer from a lack of oxygen.
失血让他的肌肉组织因缺氧而疼痛
3.
The color of blood comes from hemoglobin;the color of red meat comes from myoglobin, which stores oxygen in the muscles, not the blood.
而红肉（牛、羊肉）的颜色来自于肌红蛋白,它将氧气而不是血储存至肌肉中!。
4.
The form of hemoglobin found in muscle fibers, having a higher affinity for oxygen than hemoglobin of the blood.
肌红蛋白在肌肉纤维中常见的血红蛋白的形式，有比血液中的血红素更高的氧亲合性
5.
The Hemodynamic Research of Peripheral Muscles during Different Modes of Exercise, Oxygen Concentration and Postures;
周围肌肉在不同运动方式、氧浓度和姿势下的血流动力学研究
6.
Effects of carnosine on color stability and lipid oxidation of beef patties
肌肽对牛肉糜肉色及脂肪氧化的影响
7.
The relationship of muscle oxygen decrease and its fatigue during exercising;
运动中肌肉氧含量下降与肌肉疲劳的关系
8.
To conserve blood that will be needed by muscles, skin vessels constrict while vessels of the muscles dilate.
为了保存肌肉所需要的血液，皮肤血管收缩，而肌肉血管舒张。
9.
And when diving, marine mammals' blood travels only to the parts of the body that need oxygen, such as the heart, the brain and the swimming muscles.
当潜入水中时，海洋哺乳动物的血液仅流经身体需要氧气的部位，如心、脑和游泳用的肌肉。
10.
A measured dose of faster, anaerobic training will teach your muscles and blood to metabolize and buffer lactic acid.
一种经计算过份量和频次的氧债速度训练能使你的肌肉和血液代谢和缓解乳酸。
11.
Myoglobin is a red, oxygen-binding protein found in muscles.
肌红蛋白是存在于肌肉中的红色的随氧蛋白。
12.
The Change and Inner Correlation Between Muscle Oxygenation and Electrical Signal When Muscle Fatigued;
肌肉疲劳时肌氧与EMG参数的变化及其内在联系
13.
isometric exercises are anaerobic.
肌肉等长收缩锻炼是不需氧的。
14.
Aerobic exercises can enhance the ability of muscle to use oxygen and improve heart and lung fitness.
有氧运动能提高肌肉的运氧能力，改善心肺功能。
15.
The middle, often muscular layer of the wall of a blood vessel.
中膜通常是血管壁的中间层或肌肉层
16.
A Study on the Pathological Changes of the Skeletal Muscle Microvessels and Their Pathogenesis in DM/PM
DM/PM肌肉微血管病变研究及机理探讨
17.
Relationship Between Oxygenation and Myoelectric Activity at Quadriceps Femoris and Gastrocnemius Muscles on Cycle Ergometer;
自行车运动时股四头肌与腓肠肌氧代谢和肌肉放电量相关性研究
18.
Effect of Muscle Oxygen Content Change under Different Types of Muscle Exercises on Muscle Electricity Indexes
不同形式肌肉运动时肌氧含量变化对肌电参数的影响