Aĭzman R I, Finkinshteĭn Ia D
Fiziol Zh SSSR Im I M Sechenova. 1976 Jan;62(1):128-36.
Role of the liver receptors in osmo- and ionic homeostasis regulation was studied in unanesthetized dogs. The presence of selective sodium-and potassium-sensitive receptors was shown in the liver receptor field. Stimulation of the ionic receptors evokes ADH-induced antidiuretic and specific ionuretic renal response. Impulses depressing diuresis were found to spread mainly in the posterior roots of the spinal cord, while those changing the ion excretion - in the n. vagi.
在未麻醉的狗身上研究了肝脏受体在渗透压和离子稳态调节中的作用。在肝脏受体区域发现了选择性钠和钾敏感受体。刺激离子受体可引发抗利尿激素诱导的抗利尿和特定的离子利尿性肾脏反应。发现抑制利尿的冲动主要在脊髓后根中传播,而改变离子排泄的冲动则在迷走神经中传播。