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神经解剖学示踪技术可对细胞毒性损伤后神经元的丢失情况进行组织学验证。

Neuroanatomical tract tracing provides histological verification of neuron loss following cytotoxic lesions.

作者信息

Corodimas K P, Rosenblatt J S, Matthews T M, Morrell J I

机构信息

Rutgers University, Institute of Animal Behavior, Newark, NJ 07102, USA.

出版信息

J Neurosci Methods. 1995 Jan;56(1):71-5. doi: 10.1016/0165-0270(94)00108-s.

Abstract

In the present study we report a neuroanatomical procedure that provides direct histological verification of the extent of neuron loss following cytotoxic lesions of the lateral subdivision of the habenular complex (Lhb). Following kainic acid-induced lesions of Lhb neurons, the fluorescent retrograde tracer Fluoro-Gold was injected into the ventral midbrain where many medial habenula (Mhb) and Lhb neurons project. The absence of retrogradely labeled neurons in the Lhb indicated the extent of neuron loss there, and the presence of Fluoro-Gold-labeled neurons in the Mhb indicated that its neurons were intact. The extent of neuron loss in the Lhb was significantly correlated with behavioral data. Retrograde tract tracing can be used as an effective histological tool to verify the extent of neuron loss following a lesion procedure.

摘要

在本研究中,我们报告了一种神经解剖学方法,该方法可对缰核复合体外侧亚区(Lhb)细胞毒性损伤后神经元丢失的程度进行直接组织学验证。在 kainic 酸诱导 Lhb 神经元损伤后,将荧光逆行示踪剂 Fluoro-Gold 注入腹侧中脑,许多内侧缰核(Mhb)和 Lhb 神经元投射至此。Lhb 中无逆行标记神经元表明该区域神经元丢失的程度,而 Mhb 中存在 Fluoro-Gold 标记神经元表明其神经元完整。Lhb 中神经元丢失的程度与行为数据显著相关。逆行束路追踪可作为一种有效的组织学工具,用于验证损伤过程后神经元丢失的程度。

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