Sergievskiĭ M V, Kireeva N Ia
Biull Eksp Biol Med. 1980 Dec;90(12):652-4.
The reactions of 181 respiratory neurons of solitary and ambiguous nuclei were studied on 64 cats in the course of stimulation of inspiratory and expiratory zones of gigantocellular nuclei. A study was also made of the reactions of 224 reticular and 9 respiratory neurons of these zones during stimulation of solitary and ambiguous nuclei. Various reactions were recorded in response to the stimulation. Therefore the nuclei of the respiratory center possess various information. In the course of stimulation of the gigantocellular nucleus there predominated an increase in the neuronal electrical activity. On the contrary, inhibition of respiratory and reticular neurons of the gigantocellular nucleus was predominant in the course of stimulation of solitary and ambiguus nuclei. It is suggested that the interactions described underlie the formation of circular rhythms of respiratory center stimulation.
在对64只猫的研究过程中,通过刺激巨细胞核的吸气区和呼气区,研究了孤束核和疑核中181个呼吸神经元的反应。还研究了在刺激孤束核和疑核时,这些区域的224个网状神经元和9个呼吸神经元的反应。记录到了对刺激的各种反应。因此,呼吸中枢的核团拥有各种信息。在刺激巨细胞核的过程中,神经元电活动主要表现为增加。相反,在刺激孤束核和疑核的过程中,巨细胞核的呼吸和网状神经元主要表现为抑制。有人认为,所描述的这些相互作用是呼吸中枢刺激的节律形成的基础。