磷酸原

磷酸原系统的供能能力、糖酵解系统供能速率及其调节能力和机体的抗酸能力是100m运动员加速能力、最大速度能力和速度耐力的限制性因素。

The energy supply capacity of the phosphagen system , the rate of energy supply in the glycolytic system , its adjustment and resistance to acids of the body were the restrictive factors of the sprinters in their endurance , maximum speed and acceleration .

对磷酸原激酶家族中精氨酸激酶与肌酸激酶抑制作用的研究

Studies on Inhibitions of Arginine Kinase and Creatine Kinase in Phosphagen Kinase Family

3.100M、200M和400M运动员无氧代谢的特征呈现出显著的项目差异，100M运动员表现出更为优秀的磷酸原系统供能能力，而200M和400M运动员则是乳酸能系统供能占据优势。

100M and 200M and 400M athletes show significant project differences of characteristics of anaerobic metabolism , 100M athletes appears to own more excellent ability of the original system phosphate fuel ability while 200M and 400M athletes have greater advantage over power-supply of lactic acid power system . 4 .

磷酸原激酶的结构与功能研究

Structural and Functional Research on Phosphagen Kinases

人体有运动时的能量来源有三大途径，即有氧氧化供能系统和糖的无氧酵解供能系统以及磷酸原系统。

The energy provided during body movement comes from three pathways . They are aerobic metabolism , anaerobic metabolism and ATP-CP system .

结合磷酸原系统供能系统的特点合理地安排练习和间歇时间，合理安排力量训练手段的顺序；

Based on the feature of the original phosphoric acid system , we reasonably arrange exercises and intermittent time , and reasonably arrange the order of strength training means .

由于精氨酸激酶仅存在于无脊椎动物中，并且该酶及其磷酸原的能量代谢途径与哺乳动物中的完全不同，因此精氨酸激酶可以作为控制昆虫的一个很好的敏感靶标。

Because arginine kinase exists only invertebrates , and the energy of the original enzyme and the phosphate metabolism pathway in mammalian cells is completely different , so arginine kinase as a good control of insects sensitive target .

肌肉绝对力量、运动速度，运动中枢同步调节，Ⅱ型肌纤维发展，磷酸原系统供能能力是决定跳远运动员爆发力的生理基础。

The absolute muscle force , movement speed , synchronistic regulation of motor nerve Center , the rate and area of ⅱ type muscle fore , the supplying energy ability of phosphagen system are the physiological foundation of athletes ' power in long jump .

大鼠容量超负荷性心肌肥厚时环磷酸腺苷、原癌基因蛋白、微管蛋白的变化及意义

Variation and significance of tubulin , cAMP and c-myc protein in rat cardiac volume - overload hypertrophy

其突出病理特征是脑神经细胞外β-淀粉样蛋白（Aβ）沉积与淀粉样斑块形成，tau蛋白过度磷酸化与神经原纤维缠结。

Its special pathological feature is A β deposition outside the nervous cells and amyloid plaque formation , tau protein over phosphorated and neural fibers twist .

目的：观察磷酸化的分裂原激活的蛋白激酶（p38MAPK）在脂多糖（LPS）引起的大鼠急性肺损伤中在体原位的表达。

AIM : To observe the in situ phosphated expression of p38 MAPK in lung tissues of acute lung injury rat model induced by Lipopolysaccharide ( LPS ) .

由此可见，自制的草酸亚铁可以作为合成磷酸亚铁锂的原材料，可满足其电化学性能的要求。

Therefore , the self - made ferrous oxalate can be used to prepare the lithium iron phosphate and requirement of its electrochemical properly is satisfied .