本体感受器

目的研究共同性斜视患者眼外肌本体感受器（extraocularmuscleproprioceptor，EMP）的形态学改变，为探讨斜视的发病机制提供依据。

Objective To investigate the morphological change of extraocular muscle proprioceptor ( EMP ) in concomitant strabismus and study its pathogenesis . Methods The samples were obtained from the extraocular muscles of patients with concomitant strabismus and enucleated eyeballs .

共同性斜视患者眼外肌本体感受器组织形态及超微结构研究

Histological and ultrastructural studies of extraocular muscle proprioceptor in concomitant strabismus

三叉神经中脑核（Vme）是CNS内唯一的支配咀嚼肌本体感受器和牙周膜机械感受器的初级传入神经元所在地。

The trigeminal mesencephalic nucleus ( Vme ) is the unique group of primary afferent cell bodies that is located within the mammalian central nervous system ( CNS ) and innervate muscle spindles of jaw-closing muscles and periodontal mechanoreceptors .

重建前交叉韧带后本体感受器变化的实验研究

Experimental Study on Changes of Proprioceptors after Anterior Cruciate Ligament Reconstruction

结论间歇性外斜视患者弱侧眼外肌内直肌及其本体感受器发生了病理性改变，可能与间歇性外斜视病因及发病机制有关。

These alterations are probably related to the etiology and pathogenesis of intermittent exotropia .

其中的原理是：肌肉和关节有一种叫本体感受器的神经细胞。

Here 's how it works : Muscles and joints have nerve cells called proprioceptors .

肌梭是骨骼肌内一种重要的本体感受器，参与肌紧张的维持和对随意运动的精细调节。

Muscle spindle is an important proprioceptor in the skeletal muscle , which contributes to the maintenance of muscular tension and the fine modulation of voluntary movements .

目的研究间歇性外斜视患者眼外肌及其本体感受器的超微结构，以期探讨间歇性外斜视的发病机制。

Objective To observe the ultrastructure of extraocular muscle ( EOM ) and proprioceptors in extraocular muscles ( EMP ) in intermittent exotropia and discuss its pathothogenesis .

生物蚯蚓具有感受外界接触信号的外体感受器和感知其内在运动的本体感受器，仿生智能微型蠕动机器人应同样具备相应的外体接触和内部运动的感知能力。

Biomimetic minirobot should be endowed with the ability of detection the external contact ( exteroception ) and feeling the internal actions ( proprioception ) like its animal counterpart .

利用透射电镜观察8例间歇性外斜视患者与5例同期角膜移植供体的健康人眼内直肌及眼外肌本体感受器的超微结构。

Case of sample from medial rectus of patients with intermittent exotropia and 5 case of samle from medial rectus of corneal graft donors were studied under transmission electron microscopy ( TEM ) .