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1·RESULTS:A linear contraction of the arteriole was observed during initial ischemia.

结果：脑缺血初期，细动脉呈线状收缩。

2·Kidneys and hearts were collected to observe the pathological changes of arteriole too.

同时观察心脏和肾脏血管组织学改变。

3·Objective: to investigate a new method to cultivate the smooth muscle cell of rat arteriole.

目的：探讨大鼠细小动脉平滑肌细胞分离培养的新方法。

4·The arteriole here has an onion skin appearance typical of hyperplastic arteriolosclerosis.

细动脉呈“洋葱皮”外观，这是增生性细动脉硬化的典型表现。

5·The afferent arteriole was often traveled in the central part of the area of the polar cushion cell.

极垫细胞区的微血管与肾小球的微血管直接延续。

6·There were no differences of tubulointerstitial lesions and arteriole hypertrophy between two groups.

两组间肾小管、肾间质及肾血管积分差异无统计学意义。

7·Experiments have proved that when the arteriole produce durative contraction, skeletal muscle cramps occur, numbness, etc.

实验证明，当小动脉发生持续性收缩时，骨胳肌发生痉挛跳动，肢体麻木等现象。

8·The property of arteriole as a resistant vessel and the efficiency of microvascular network as heat exchanger are also shown.

计算还表明了微动脉“阻力血管”的性质和微血管网络在热量交换过程中的高效性。

9·At the same time NO is known to function as an inhibitory neurotransmitter regulating the activity of renal afferent arteriole in rats.

同时，NO可作为一种抑制性神经递质参与肾入球小动脉活动的调节。

10·The degree of the renal parenchyma thickness becoming thin showed renal arteriole sclerosis and the decreased number of remnant nephron.

肾实质变薄的程度表明肾小动脉硬化，残存肾单位总数下降。

小动脉

1·The degree of the renal parenchyma thickness becoming thin showed renal arteriole sclerosis and the decreased number of remnant nephron.

肾实质变薄的程度表明肾小动脉硬化，残存肾单位总数下降。

2·Assumed the blood in arterioles is a non-Newtonian fluid governed by the power law, a detailed optimization analysis for arteriole blood vessels was conducted.

作者假设血液为符合幂定律的非牛顿流体，对小动脉血管系统进行了详细的优化分析。