HPG axis function showed a significant increasing trend during recovery phase.
恢复期hpg轴功能呈现逐渐恢复态势。
Structure changes of every segment of HPG axis are the ultimate factors to HPG axis function.
HPG轴各环节结构的改变则是影响其功能变化的根本因素。
VES-SL system is superior to HPG fracturing fluid in anti-degradation and shearing strength, and has better mobility.
SL压裂液的抗热降解和剪切降解的能力强于HPG压裂液，且具有很好的流动性。
VES-SL system is superior to HPG fracturing fluid in anti- degradation and shearing strength, and has better mobility.
VES-SL压裂液的抗热降解和剪切降解的能力强于HPG压裂液，且具有很好的流动性。
Result The inflammation caused by collagen was the most serious, by silicon gel was less serious and by HPG was the faintest.
结果注射用胶原蛋白引起的组织炎症反应最为剧烈，硅凝胶次之，HPG最弱。
The studies of G2-PCL-HPG unimolecular nanocarriers in water solution showed that G2-PCL-HPG unimolecular can well carry polar or no-polar molecules.
研究G2-PCL-HPG的单分子携带能力发现，在水溶液中，其对极性或非极性分子都有良好的携带能力。
The graft copolymer HPG-g-PNIPAM shows the Lower Critical Solution Temperature (LCST), and the relationship between the LCST and structure was studied.
测定了其聚合物的低临界共溶温度（LCST），并初步研究了聚合物的结构与LCST之间的关系。
This study successively and systematically investigated the hormone level of HPG axis during progressive increasing load volume exercise and recovery process.
对递增负荷运动过程中及恢复期大鼠hpg轴功能激素水平进行了连续、系统的动态观察。
The influences of the factors, such as ethanol solution, sodium hydroxide, propylene oxide, reaction temperature, reaction time on apparent viscosity and water insoluble substance of HPG are studied.
研究了合成过程中乙醇溶液、氢氧化钠、环氧丙烷、反应温度、反应时间等因素对产品表观黏度和水不溶物含量的影响。
The influences of the factors, such as ethanol solution, sodium hydroxide, propylene oxide, reaction temperature, reaction time on apparent viscosity and water insoluble substance of HPG are studied.
研究了合成过程中乙醇溶液、氢氧化钠、环氧丙烷、反应温度、反应时间等因素对产品表观黏度和水不溶物含量的影响。
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