Levin S L
Ann Otol Rhinol Laryngol. 1984 Mar-Apr;93(2 Pt 1):176-8. doi: 10.1177/000348948409300215.
In 110 subjects with traumatic severance of secretory nerves, salivation was studied to determine the effect of denervation on gland function. A sequence of responses was found in which an initial hyperpositive response to cholinergic agents was blocked by atropine (stage I); this effect was reversed and increased salivation occurred in both latent (stage II) and overt (stage III) forms of the atropine paradox. The hypothesis suggested is that chemoreceptive cells of parotid membranes include a minimum of five populations of cholinergic receptors which respond differentially to parasympathetic agonists and antagonists.
在110名分泌神经遭受创伤性切断的受试者中,对唾液分泌进行了研究,以确定去神经支配对腺体功能的影响。发现了一系列反应,其中对胆碱能药物的初始超阳性反应被阿托品阻断(第一阶段);这种效应被逆转,并且在阿托品矛盾的潜伏(第二阶段)和明显(第三阶段)形式中都出现了唾液分泌增加。所提出的假说是,腮腺膜的化学感受细胞至少包括五种胆碱能受体群体,它们对副交感神经激动剂和拮抗剂有不同反应。