muscle plasma

muscle plasma的基本解释

-

肌浆

与muscle plasma相关的网络例句 [注：此内容来源于网络，仅供参考]

A study was conducted in the lab from April to June in 2000. Mnipponense were fed in different vitamin D3 diets for four weeks and in vitamin D2 and D3 (70001U/ I OOg) for three weeks. After four weeks, we measured the effect of vitamin D3 in diet on survival, moult, length and weight gain, and the effect of the content of Ca P in plasma, in curst, in muscle, and also measured the effect of vitamin D3 on RNA/DNA value, on protein content in plasma and AEC of muscle.

本研究于2000年4-6月间在实验室条件下，用不同含量的维生素D_3投喂日本沼虾(Macrobrachium，nipponense)，饲养4周；用7000IU/100g饵料的维生素D_2和维生素D_3投喂日本沼虾，饲养3周后，测定了饵料中添加维生素D_3 对其存活率、蜕皮率、体长和体重的增长率等形态指标的影响；同时测定了虾血、虾壳和虾肌肉中的钙含量、磷含量以及维生素D对RNA/DNA值、血中蛋白含量和肌肉中的能荷的影响；并从上述指标的测定中，比较了饵料中添加维生素D_2和维生素D_3对日本沼虾生长的影响。

The elimination half-life t(subscript β1/2 was 161.10h, 333.21 h and 611.26h, respectively, and the total body clearance was 27.4mL/, 16.8g/ and 18.0g/, respectively. The metabolite ciprofloxacin concentration-time profiles of the plasma, muscle and liver presented similar trend. The multi- peak phenomenon were observed in the plasma, muscle and liver, but the first peak time was 24h, 24h and 12h, respectively. The peak residue of metabolite ciprofloxacin was in liver, muscle and plasma, ordinally. The eliminating rate of ciprofloxacin from muscle and liver was very low.

代谢物环丙沙星在鳗鲡血浆、肌肉和肝脏中药物水平的变化趋势与恩诺沙星基本相似，呈现出多峰现象，但3种组织中环丙沙星出现第一个药峰时间分别为给药后第24小时、24小时和12小时，3种组织中环丙沙星峰值水平肝脏中最高、肌肉中次之、血浆中最低，环丙沙星在肌肉和肝脏中的消除速率比较缓慢。

Methods The changes of contents of AGEs in plasma and the abdominal aorta and changes of VSMC of the abdominal aorta were investigated with methods of fluorospectrophotometry, immunohistochemistry, computer image analysis and transmission electron microscopy on streptozotocin-induced diabetic rats. Results From the fourth week, in diabetic rats, the contents of AGEs in plasma and the abdominal aorta increased, the relative area of α-SM-actin in the abdominal aorta decreased, the density of nucleus of VSMC increased, and mitochondria and rough endoplasmic reticules in VSMC increased.

后者在早期主要是血管平滑肌细胞(vascular smooth muscle cell， VSMC)和胶原纤维增多，弹性纤维减少，动脉增厚等，引起动脉的顺应性降低，舒张功能减弱［1～3］；晚期主要表现为动脉粥样硬化和动脉硬化，其中以VSMC的增生和迁移较为突出，其表型也由收缩型转化为合成型［4，5］。