Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment

Studies have been conducted on the effect of the food biopolymer composition on the clinical-biochemical status of white inbred mice. The experiment showed that the development of laboratory animals was carried out without abnormalities with the complete safety of all individuals. Clinical-biochemic...

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Main Authors: Alekseeva Tatyana, Korystin Mihail, Klimova Ekaterina, Kalgina Yuliya, Vitruk Lidiya, Malakova Lyudmila
Format: Article
Language:English
Published: EDP Sciences 2021-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/full_html/2021/02/bioconf_ils2021_01002/bioconf_ils2021_01002.html
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spelling doaj-8ad60618907c4644830966aaea58492f2021-05-04T12:12:31ZengEDP SciencesBIO Web of Conferences2117-44582021-01-01300100210.1051/bioconf/20213001002bioconf_ils2021_01002Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experimentAlekseeva Tatyana0Korystin Mihail1Klimova Ekaterina2Kalgina Yuliya3Vitruk Lidiya4Malakova Lyudmila5Department of Service and Restaurant Business, Voronezh State University of EngineeringDepartment of Service and Restaurant Business, Voronezh State University of EngineeringDepartment of Service and Restaurant Business, Voronezh State University of EngineeringDepartment of Service and Restaurant Business, Voronezh State University of EngineeringDepartment of Foreign Languages, Voronezh State University of EngineeringDepartment of Service and Restaurant Business, Voronezh State University of EngineeringStudies have been conducted on the effect of the food biopolymer composition on the clinical-biochemical status of white inbred mice. The experiment showed that the development of laboratory animals was carried out without abnormalities with the complete safety of all individuals. Clinical-biochemical dynamics, glucose monitoring and the results of experiments in the exchange of macro and microelements of plasma of mouse blood indicated the normal flow of metabolic processes. In addition, the animals that consumed food additives had a higher rate of absorption of feed carbohydrates and a predominance of osteosynthesis processes in animal bone tissue. The studies conducted allow us to conclude that enrichment and trace elements increase the availability of trace elements, as well as activate the formation and strengthening of the bone tissue of the body.https://www.bio-conferences.org/articles/bioconf/full_html/2021/02/bioconf_ils2021_01002/bioconf_ils2021_01002.html
collection DOAJ
language English
format Article
sources DOAJ
author Alekseeva Tatyana
Korystin Mihail
Klimova Ekaterina
Kalgina Yuliya
Vitruk Lidiya
Malakova Lyudmila
spellingShingle Alekseeva Tatyana
Korystin Mihail
Klimova Ekaterina
Kalgina Yuliya
Vitruk Lidiya
Malakova Lyudmila
Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
BIO Web of Conferences
author_facet Alekseeva Tatyana
Korystin Mihail
Klimova Ekaterina
Kalgina Yuliya
Vitruk Lidiya
Malakova Lyudmila
author_sort Alekseeva Tatyana
title Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
title_short Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
title_full Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
title_fullStr Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
title_full_unstemmed Study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
title_sort study of the impact of the food biopolymer system on the clinical-biochemical status of white inbred mice in the invivo experiment
publisher EDP Sciences
series BIO Web of Conferences
issn 2117-4458
publishDate 2021-01-01
description Studies have been conducted on the effect of the food biopolymer composition on the clinical-biochemical status of white inbred mice. The experiment showed that the development of laboratory animals was carried out without abnormalities with the complete safety of all individuals. Clinical-biochemical dynamics, glucose monitoring and the results of experiments in the exchange of macro and microelements of plasma of mouse blood indicated the normal flow of metabolic processes. In addition, the animals that consumed food additives had a higher rate of absorption of feed carbohydrates and a predominance of osteosynthesis processes in animal bone tissue. The studies conducted allow us to conclude that enrichment and trace elements increase the availability of trace elements, as well as activate the formation and strengthening of the bone tissue of the body.
url https://www.bio-conferences.org/articles/bioconf/full_html/2021/02/bioconf_ils2021_01002/bioconf_ils2021_01002.html
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