Neuronal structure was studied during a year after the truncal subdiaphragmatic two-side vagotomy in nuclei of vagal nerves and oblongated medulla. Jacobson nuclei in the spinal cord lateral cornua and stomach and intestinal nerve plexuses. Dynamics of structural changes in nervous system different regions after vagotomy was shown. In intramural nerve ganglionic structure repairs on late post operative terms, while vagal nerve nuclei in the oblongated medulla retain significant changes, one of which is the sharp decrease of neuron number a year after vagotomy. Compensation of Jacobson nuclei similar to nucl. intermediolateralis was taken into consideration. So vagotomy is a surgical intervention into nervous system and into endocrine system associated with it.
Download full-text PDF |
Source |
---|
Neuronal structure was studied during a year after the truncal subdiaphragmatic two-side vagotomy in nuclei of vagal nerves and oblongated medulla. Jacobson nuclei in the spinal cord lateral cornua and stomach and intestinal nerve plexuses. Dynamics of structural changes in nervous system different regions after vagotomy was shown.
View Article and Find Full Text PDFThe concentration of gangliosides, sialoglycoproteins and proteins was studied in the whole brains and single brain structures (cortex, olfactory bulb, corpora quadrigemina region equals midbrain, cerebellum, thalamic region and oblongated medulla) of female rats from 14 developmental stages ranging from day 8 of gestation to more than 3 years of age. The content of protein- and ganglioside-bound neuraminic acid showed a peak at 3 weeks of age and then decreased with aging, whereas that of proteins increased until senescence. All over the life span the developmental profiles of 12 individual gangliosides in the different brain structures (cortex, corpora quadrigemina region approximately midbrain, cerebellum, thalamic region, medulla) and in whole brain samples were followed.
View Article and Find Full Text PDFEnter search terms and have AI summaries delivered each week - change queries or unsubscribe any time!