n. stretching
牵张反射 [生理] stretch reflex ; [生理] myotatic reflex ; stretch reflex myotatic reflex ; inverse stretch reflex
肺牵张反射 [生理] pulmonary stretch reflex ; Hering-Breuer reflex
牵张成骨 distraction osteogenesis ; Alveolar Distraction Osteogenesis ; ADO
牵张感受器 [解剖] [生理] stretch receptor ; rapidly adapting receptors ; RARS
肺牵张感受器 stretch receptors ; [生理] pulmonary stretch receptor
骨牵张 distraction osteogenesis
牵张应力 strain ; stretch stress
牵张成骨术 distraction osteogenesis ; suturaldistraction osteogenesis ; SDO
牵张力 stretch stress ; pull
Objective To discuss the feasibility of two-dimensional distraction osteogenesis of mandible of goat by using a novel distractor invented by us.
目的：探讨用自行研制的内置式二维牵张器在山羊下颌骨上进行二维牵张的可能性。
参考来源 - 内置式山羊下颌骨二维牵张器的实验研究—《中国美容医学》—2009年第3期—龙源期刊网Membrane stretch can deform the shape of cell so that it can alter the cytoskeleton structure inevitably.
牵张刺激能够改变细胞形状，相应地也能够改变细胞骨架蛋白的结构。
参考来源 - 微丝在低渗牵张增强豚鼠胃窦平滑肌细胞毒蕈碱电流中的作用·2,447,543篇论文数据，部分数据来源于NoteExpress
结论大鼠肺牵张反射时心率减慢；
机械性牵张和髓核的刺激都可能引起的神经功能障碍。
Both mechanical deformation and the irritation of nuclear components may cause nerve dysfunction.
在较低的压力下，机械性牵张，可能通过损害血管供给间接影响到神经传导。
At much lower pressures, mechanical deformation may indirectly affect nerve conduction by impairing vascular supply.
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