Zamaziy M. Secretion producing function of mammary gland in cows at different stages of lactation and methods of its correction

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0504U000236

Thesis Registration Form

0504U000236.pdf

Applicant for

Specialization

  • 03.00.13 - Фізіологія людини і тварин

28-04-2004

Specialized Academic Board

К 26.004.13

Essay

Secretion function of a mammary gland of cows depending on the provision of animal's organism with nutrients and delivery of milk precursors for the synthesis of milk components during the stages of lactation are the objects of the dissertation General and individual peculiarities of precursors absorption by the mammary gland at lactation stages and during the whole lactation period are found. Physiological, biochemical, morphological, microbiological, clinical and statistical are the methods of dissertation. It is offered the methods of definition cellulosolitical active of microorganisms and receive arterial blood.The branch of use is veterinary medicine

Read more

Files

Avtoreferat титул.doc

b ЗМІСТ .doc

c ПЕРЕЛІК УМОВНИХ ПОЗНАЧЕНЬ .doc

d ВСТУП.doc

e ЛІТЕРАТУРНИЙ ОГЛЯД.doc

f 2.0.0.doc

p_ВИКОРИСТАНІ ДЖЕРЕЛА.doc

q_ДОДАТОК.doc

Автореф оконч1.doc

ВИСНОВКИ 8.doc

РОЗДІЛ 3.doc

РОЗДІЛ 4.doc

РОЗДІЛ 5.doc

РОЗДІЛ 6.doc

РОЗДІЛ 7.doc

титулки3.doc

Similar theses

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

0421U103541

Fedichkina Raisa A.

The role of L-cysteine different metabolic pathways in cardiac responses to loading