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[青蛙舌上皮对味觉神经刺激的电反应]

[Electrical response of frog lingual epithelium to stimulation of the gustatory nerve].

作者信息

Byzov A L, Esakov A I, Bukhtiiarov M S

出版信息

Neirofiziologiia. 1983;15(4):384-90.

PMID:6604880
Abstract

Electrical stimulation of the gustatory nerve evoked a positive electrical response of the outer surface of the tongue (relative to its inner layers). The amplitude and the rate of rise of the response grew and the latency fell with increased frequency of stimulation. The response originated in the superficial epithelial layer (30-60 micrometers) and was produced by a decrease of "resting potential" (negative-outside) of this layer. The response was accompanied by a strong decrease of the superficial tongue layer resistance and arose probably as a result of short-circuiting of the epithelial layer by high-conductive nonspecific channels. Similar response accompanied by a decrease of the superficial tongue layer resistance was recorded with adequate stimulation (by acetic acid vapours). The results are compared with the response of the frog skin to the stimulation of cutaneous nerve.

摘要

对味觉神经进行电刺激会引起舌外表面(相对于其内层)产生正向电反应。随着刺激频率增加,反应的幅度和上升速率增大,潜伏期缩短。该反应起源于浅表上皮层(30 - 60微米),是由该层“静息电位”(外负)的降低所产生的。该反应伴随着舌浅表层电阻的强烈降低,可能是由于高导电性非特异性通道使上皮层短路所致。用适当刺激(通过醋酸蒸汽)时,也记录到了伴有舌浅表层电阻降低的类似反应。将这些结果与青蛙皮肤对皮神经刺激的反应进行了比较。

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