神经解剖学的

Previous studies have revealed that the chemosensitive areas of the ventrolateral medullary surface participate in the central chemical regulation on respiration, but the exact location and the mechanism of the central chemoreception are still unknown.

延髓腹外侧表面的呼吸调节化学感受区参与中枢化学感受作用已有许多报道，但经电生理、神经解剖学等多方面的研究，至今尚未找到其化学感受的结构基础，因而其感受机制还不清楚。

To provide morphological basis for the location, approach and spinal radix identification of the SPR and SAR at medullar conus.

目的：为脊髓圆锥部进行SPR和SAR手术提供定位、入路和辨认神经根的解剖学依据。

Our findings are of great importance for foundational neuroanatomy research and clinical application.

这不仅对于基础神经解剖学有重大的理论意义

Online neuroanatomy course information and content.

在线的神经解剖学信息和内容。

Neuroanatomy and pathology on the Internet is a searchable directory compiled for medical students, residents, and other health professionals.

互联网上的神经解剖学与病理学是一个可搜索的目录，针对医学学生、住院医生与其他健康专业人员编写。

Objective: To explore the reason for the injury of both rotator cuff and suprascapular nerve and its clinical significance.

目的：探讨肩袖损伤合并肩胛上神经损伤的解剖学原因及其临床意义。

Objective : To explore the reason for the injury of both rotator cuffand suprascapular nerve and its clinical significance .

探讨肩袖损伤合并肩胛上神经损伤的解剖学原因及其临床意义。

Methods: according to the basic data in the Neural anat and modern medcine,consult correlated documents and data,analyse,deduce and calculate.

根据神经解剖学等现代医学中的基本数据，结合相关文献资料，分析、推演、计算。

However, recent neuroanatomical researches have revealed direct and bidirectional connections (i.e., the cerebellar-hypothalamic neural circuits) between the cerebellum and the hypothalamus, the high autonomic center for regulation of the visceral functions.

一般认为小脑是一个皮层下的运动调节中枢，但近年来的神经解剖学研究揭示小脑与内脏功能调节中枢下丘脑之间存在交互的直接纤维联系，即小脑－下丘脑神经环路。

Objective: To search for a new approach of nerve block for simple and effective treatment of pelvic pain.

目的：本研究旨在从妇科神经解剖学角度入手，探索一种新的阻滞方法，简便有效地治疗盆腔痛。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。