ABSTRACT
Mitogenetic radiation of the rabbit liver was studied in experiments in vivo after glucose injection as well as after glucose exposure combined with a slight electric stimulation of the vagus nerve. It was shown that the curve of mitogenetic radiation related to glucose injection disintegrates, with concurrent stimulation of the vagus nerve, into separate peaks. Such changes in radiation are considered as a manifestation of the regulatory actin of cell fields on the substrate structure.
Subject(s)
Glucose/pharmacology , Light , Liver/physiology , Mitosis , Ultraviolet Rays , Vagus Nerve/physiology , Animals , Energy Metabolism , Liver/cytology , Liver/innervation , RabbitsABSTRACT
Structural changes in the molecular substrate of the rabbit liver induced by weak (subthreshold) electrical stimulations of the vagus nerve were studied in experiments in vivo by means of the liver mitogenetic radiation technique. It was shown that saturation of the liver with the unbalanced molecular structures increased under subthreshold stimulation.