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短蛸(Lolliguncula brevis)的色素细胞运动场

Chromatophore motor fields in the squid, Lolliguncula brevis.

作者信息

Ferguson G P, Martini F M, Pinsker H M

机构信息

Marine Biomedical Institute, University of Texas Medical Branch, Galveston 77550-2772.

出版信息

J Exp Biol. 1988 Jan;134:281-95. doi: 10.1242/jeb.134.1.281.

Abstract

Chromatophore motoneurones in Lolliguncula brevis are known to originate in the suboesophageal lobes of the brain and to project directly to the mantle and fin through bilateral stellate ganglia and fin nerves. The chromatophore motor fields of stellar and fin nerves were investigated by stimulation of the cut end of individual nerves in a semi-intact preparation. This elicited expansion of yellow and brown chromatophores in distinct motor fields. Brown chromatophores extended over the entire mantle, whereas yellow chromatophores were limited to the dorsal and lateral mantle areas. Combined nerve stimulation and lesions demonstrated substantial overlap between adjacent chromatophore motor fields and innervation of individual chromatophores by different stellar nerves.

摘要

已知短蛸的色素细胞运动神经元起源于脑的食管下叶,并通过双侧星状神经节和鳍神经直接投射到外套膜和鳍。在半完整标本中,通过刺激单根神经的切断端,研究了星状神经和鳍神经的色素细胞运动场。这在不同的运动场中引发了黄色和棕色色素细胞的扩张。棕色色素细胞扩展到整个外套膜,而黄色色素细胞仅限于外套膜的背侧和外侧区域。联合神经刺激和损伤显示相邻色素细胞运动场之间存在大量重叠,且不同的星状神经对单个色素细胞有支配作用。

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