Morphogenesis of urinary bladder of rats in early postnatal period
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German Science Herald
Abstract
The actual problem of practical medicine is the treatment of diseases of the lower part of the
urinary system and about 20% of this pathology accounts for the bladder pathology. The purpose of this
research was to study the morphological characteristics of the bladder of rats in the period of early
postnatal ontogenesis. A histological survey of the bladders of 40 rats was conducted. Quantitative
analysis of the results of the morphometric study was carried out using methods of variation statistics
using Excel and STATISTICA. The aim of the study was to determine the average thickness of the lamina
propria, the average number of microvessels in the unit of area, the number of lymphocytic cells. During
the early stage of postnatal ontogenesis (up to 90th day of life of rats), the following changes in the
structure of the bladder were observed: an increase in the thickness of the bladder mucous membrane;
an increase of cells of the immunomorphological complex (lymphocytes, macrophages, and lymphocytic
cell clusters), changes in theirs quantitative aspect and in the diversity of the cellular composition; an
increase in the number of blood vessels in the microcirculatory bed. These changes occurred
progressively, with maximum expressiveness on the 30th day of life and subsequent stabilization of
indicators. This may be caused by a change in the diet of rats, since from 14th to 21st day there was a
transition from dairy to natural nutrition. It is planned to conduct an investigation of the effect of
antigenic stimulation on the structure of the wall of the bladder in the future.
Description
Khitrik A. - ORCID 0000-0003-0111-6016, Bushman V. - ORCID 0000-0002-5833-0155, Necheporenko A. - ORCID 0000-0003-0981-3641, Aksamiteva M. - ORCID 0000-0002-8168-1869.
Citation
Morphogenesis of urinary bladder of rats in early postnatal period / A. Khitrik, V. Yevtushenko, V. Nemyrskyi, V. Bushman, A. Necheporenko, M. Aksamiteva // Deutscher Wissenschaftsherold. – 2019. - №3. – P. 23-25. DOI:10.19221/201937