Innervation of eccrine sweat glands.

V E Sokolov, S A Shabadash, T I Zelikina
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Abstract

In recent years it has been shown on the example of primate skin that in addition to abundant cholinergic innervation, the eccrine glands are also supplied by adrenergic fibers, containing catecholamines. The presence of an adrenergic component of the innervation is demonstrated on the plantar eccrine sweat glands of a number of rodents and the cat by the detection of monoamine oxidase in it. The myelin nerve trunks, the short unmyelinated varicose terminals in direct contact with the secretory cells, as well as the mitochondria of cells of the eccrine sweat glands are rich in monoamine oxidase. Specific and nonspecific cholinesterases are localized in the dense network of nerves in lacing the secretory portions of the glands; individual fibers accompany the excretory ducts. The acetylcholinesterase concentration is lower than the concentration of nonspecific cholinesterase. In rats with chemical sympathectomy, induced by four-week administration of 25 mg/kg guanethidine from the first day of birth, in which 99% of the neurons in the stellate ganglia die, the monoamine oxidase concentration in the myelin nerves and in the mitochondria of the secretory cells drops very sharply, and acetylcholinesterase disappears from the nerves surrounding the glands.

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分泌汗腺的神经支配。
近年来对灵长类动物皮肤的研究表明,除了丰富的胆碱能神经支配外,分泌腺还由含有儿茶酚胺的肾上腺素能纤维供给。通过检测单胺氧化酶,在许多啮齿动物和猫的足底汗腺中发现了神经支配的肾上腺素能成分。髓鞘神经干、与分泌细胞直接接触的短无髓鞘静脉曲张终末以及分泌汗腺细胞的线粒体均富含单胺氧化酶。特异性和非特异性胆碱酯酶位于腺体分泌部分的密集神经网络中;个别纤维伴随排泄管。乙酰胆碱酯酶浓度低于非特异性胆碱酯酶浓度。化学交感神经切除术大鼠,从出生第一天起给予25 mg/kg胍乙啶4周,星状神经节内99%的神经元死亡,髓鞘神经和分泌细胞线粒体内单胺氧化酶浓度急剧下降,腺体周围神经乙酰胆碱酯酶消失。
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