THE SUBESOPHAGEAL GANGLION - A MISSING LINK IN THE AUDITORY PATHWAY OF THE LOCUST
THE SUBESOPHAGEAL GANGLION - A MISSING LINK IN THE AUDITORY PATHWAY OF THE LOCUST
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DOI：
10.1007/bf00610734
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发表时间：
1985-01-01
影响因子：
2.1
通讯作者：
ALTMAN, JS
中科院分区：
文献类型：
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作者：
BOYAN, GS;ALTMAN, JS
迁徙草的食管下神经节 [SOG] 中描述了五个接受听觉输入的中间神经元。通过细胞内记录和荧光黄染色来表征神经元的生理和解剖学特征。新描述的神经元的体细胞都位于 SOG 中。它们被分为 3 组：在食管环结缔组织中具有轴突的上行神经元（SA1、2、3）；没有轴突的局部神经元（SL1）；和一个下行神经元，其轴突位于颈部结缔组织（SD1）。 Locusta 中的听觉通路似乎被组织成许多叠加的循环。
Five interneurons that receive auditory input are described in the subesophageal ganglion [SOG] of L. migratoria. The neurons were characterized physiologically and anatomically by intracellular recording and staining with Lucifer Yellow. The newly described neurons all have their somata in the SOG. They are classified into 3 groups: ascending neurons with axons in the circumesophageal connectives (SA1, 2, 3); a local neuron with no axon (SL1); and a descending neuron with its axon in the cervical connective (SD1). The auditory pathway in Locusta appears to be organized into a number of superimposed loops.