Cellular reorganization in neuroendocrine secretion
Cellular reorganization in neuroendocrine secretion
复制标题
神经内分泌分泌中的细胞重组
DOI：
10.1007/978-3-642-73495-3_1
复制
发表时间：
1988
影响因子：
--
通讯作者：
G. I. Hatton
中科院分区：
文献类型：
--
作者：
G. I. Hatton
伴随着生物体生理状态变化的细胞重组是一个基于相当新的发现的新兴概念。过去认为中枢神经系统在发育后在结构上是静态的观念，现在已经让位于将参与的成分重新组织为功能需求的概念。神经系统的各个方面也许都应该被认为至少具有变化和重组的潜力。最近的发展表明，在某一特定时间或在一组条件下存在的任何元素的安排都应该谨慎地被视为许多可能的组织中的一个。结构和功能的不可分割性从未如此不可否认。涉及神经内分泌系统的研究提供了一些更令人兴奋和挑衅性的想法，神经系统在应对生理挑战时可能会经历重组的深度和程度。这将是本章的目的是提出证据的功能相关的细胞重组的神经分泌系统的现象是有据可查的。此外，还将讨论细胞重组所涉及的机制，只要它们是已知的或至少可以推测的。最后，证据功能相关的细胞重组的神经分泌系统的证据刚刚开始出现将进行审查。
Cellular reorganization accompanying changes in the physiological state of organisms is an emerging concept based upon rather recent discoveries. Old notions of central nervous systems as being structurally static after development are giving way to conceptualizations involving reorganization of the participating elements as function demands. All aspects of nervous systems should perhaps be thought of as at least having the potential for change and reorganization. Recent developments suggest that any arrangement of elements extant at a given time, or under one set of conditions, should be warily viewed as only one organization among many possible. The inseparability of structure and function has never been more undeniable. Research involving neuroendocrine systems has provided some of the more exciting and provocative ideas of the depth and extent of the reorganization that the nervous system may undergo in response to physiological challenges. It will be the aim of this chapter to present the evidence for function-related cellular reorganization in a neurosecretory system for which the phenomenon is well documented. In addition, the mechanisms involved in the cellular reorganization, to the extent that they are known or can at least be speculated on, will be discussed. Finally, evidence for function-related cellular reorganization in neurosecretory systems for which evidence is just beginning to appear will be reviewed.
登录
查看更多内容
影响因子：
2.5
作者：
Charles P. Taylor;F. Dudek
通讯作者：
Charles P. Taylor;F. Dudek
协调下丘脑强啡肽原和加压素原 mRNA 的表达与渗透刺激。
影响因子：
4.1
作者：
Sherman,TG;Civelli,O;Douglass,J;Herbert,E;Watson,SJ
通讯作者：
Watson,SJ
影响因子：
56.9
作者：
TAYLOR, CP;DUDEK, FE
通讯作者：
DUDEK, FE
强啡肽和加压素：大细胞神经元中的常见定位。
DOI：
10.1126/science.6121376
发表时间：
1982
期刊：
Science (New York, N.Y.)
影响因子：
--
作者：
Watson,SJ;Akil,H;Fischli,W;Goldstein,A;Zimmerman,E;Nilaver,G;vanwimersmaGriedanus,TB
通讯作者：
vanwimersmaGriedanus,TB
前腹第三脑室病变对器官培养的下丘脑-神经垂体外植体释放加压素的影响。
影响因子：
4.1
作者：
Sladek,CD;Johnson,AK
通讯作者：
Johnson,AK