Eshchenko J. Zinc content changes in the cells under various functional states of pancreas insular apparatus

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0405U000472

Thesis Registration Form

0405U000472.pdf

Applicant for

Eshchenko Julia Vitaliivna

Specialization

03.00.13 - Фізіологія людини і тварин

Date of defense

26-01-2005

Specialized Academic Board

Д 26.001.38

Taras Shevchenko National University of Kyiv

Essay

The dissertation is devoted to the study of the influence on zinc content in the cells of factors, changing functional state of insular apparatus. It has been shown that zinc and secretory material content in the cells raises under action of factors, inhibiting pancreas incretory function. Pilocarpine, increasing secretory activity of pancreas insular apparatus induces lowering of zinc and secretory material content in the cells. These components deficit in the cells develops under removing insular apparatus function with the aid of B-cell injuring drugs. The degree of this deficit corresponds to expression degree of insulin insufficiency. As the latter develops zinc and secretory material content decreases progressively in the cells

Thesis supervisor

Beregovaya Tatiana Vladimirovna

Official opponents

Коваленко Віктор Федорович
Скляров Олександ Якович

Files

All dissertation 17_01_foto.doc

aref..doc

dis(без рис).doc

Similar theses

0424U000084

Olha A. Kovalenko

The innate and acquired forms behavior of rats with different degree of alcoholic motivation

0423U100191

Oleksii M. Omelchenko

Functional MRI evaluation of the human brain neural networks under cerebral pathologies.

0423U100177

Anna Dychok-Niedzielska

Metabolic processes in the body, reproductive and productive capacity of rabbits under the influence of sulfur compounds.

0521U102072

Yukhimenko Liliia I.

Systemic interaction of brain and cardiovascular system as a basis of human individual and typological paculiarities.

0521U101873

Tesarivska Uliana Ivanivna

Physiological processes in the body of animals under the exposure of citric acid and nanotechnological citrates of mineral elements