Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats

刘志敏; 林葆城; 王成海; 路长林; 赵小林

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Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats

Updated：2026-03-12

- Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats
- Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats
- 解放军医学杂志（英文版） 1993年第1期页码：46-51
- Affiliations：
  
  Department of Neurobiology Second Military Medical University Shanghai,200433
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- 纸质出版：1993
- Accepted：
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Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats[J]. 解放军医学杂志（英文版）, 1993,(1):46-51.

[1]刘志敏,林葆城,王成海,路长林,赵小林.Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats[J].Journal of Medical Colleges of PLA,1993(01):46-51.
Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats[J]. 解放军医学杂志（英文版）, 1993,(1):46-51. DOI：

[1]刘志敏,林葆城,王成海,路长林,赵小林.Effects of acute brain injury on the contents of neurotensin in brain areas,pituitary gland and plasma in rats[J].Journal of Medical Colleges of PLA,1993(01):46-51. DOI：

摘要

Abstract

<正> The changes of immunoreactive neurotensin（ir-NT）contents in the brain areas

pituitary gland and plasma in the traumatized rats were observed in the present study.The results of radioimmunoassay exhibited significant changes of the ir-NT contents inthe hypothalamus

pituitary gland

plasma

injured tissue

hippocampus

central gray andspinal cord in the posttraumatic rats at different intervals.A predominant characteristicsof the changes of ir-NT levels in the brain areas

pituitary gland and plasma was thedramatical decrease at various times except for the hypothalamus

central gray andhippocampus with biphasic alterations.The ir-NT contents in the frontal cortex andpons-medulla also displayed changes to different extent under the acute craniocerebraltrauma condition.These results suggest that NT may play a role in the pathophysiologyof traumatic head injury.

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