Distribution of autofluorescent cell bodies in the crayfish central nervous system
Distribution of autofluorescent cell bodies in the crayfish central nervous system
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小龙虾中枢神经系统自发荧光细胞体的分布
DOI：
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发表时间：
1996
期刊：
影响因子：
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通讯作者：
M. Takahata
中科院分区：
文献类型：
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作者：
H. Aonuma;T. Nagayama;M. Takahata
小龙虾的一些中枢神经元具有自发荧光的细胞体。用高压汞灯发出蓝紫光，在整体包埋制备中诱导细胞体发出黄色荧光。从第一至第五腹节，每个节内都有一对细胞体发出荧光。在第六腹神经节中，检测到两对荧光细胞体。在后（第四和第五）胸神经节中也有一对细胞体发出荧光，而在前（第一到第三）胸神经节中发现荧光细胞体的概率非常低。细胞内染色显示：1）自发荧光细胞是运动巨细胞（MoG），2）它们在腹和胸神经节中的同源物。自发荧光的这一特性提供了线索，准备识别特定的小龙虾中枢神经元，这是内在的逃避行为的最重要的神经成分之一。© 1996 Wiley-Liss公司。
Some central neurons in the crayfish have autofluorescent cell bodies. The yellow fluorescence of cell bodies was induced in the whole-mount preparation by using blue-violet light from a high-pressure mercury lamp. From the first to the fifth abdominal ganglion, a pair of cell bodies fluoresced in each segmental ganglion. In the sixth abdominal ganglion, two pairs of fluorescent cell bodies were detected. A pair of cell bodies also fluoresced in the posterior (fourth and fifth) thoracic ganglia, while the probability of finding fluorescent cell bodies in the anterior (first to third) thoracic ganglia was very low. Intracellular staining revealed 1) that autofluorescent cells were motor giants (MoGs) and 2) their homologue in the abdominal and thoracic ganglia. This characteristic of autofluorescence provides the cue of ready identification of particular crayfish central neurons, which are one of the most essential neural components for intrinsic escape behavior. © 1996 Wiley-Liss, Inc.
膳食维生素 A 对亮肽素诱导的视网膜色素上皮内含物自发荧光的影响。
影响因子：
3.4
作者：
Katz,ML;Norberg,M
通讯作者：
Norberg,M