Benzar I. Skeletal bones growth and formbuilding during organism adaptation to extracellular dehydration and their readaptation

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0400U001164

Thesis Registration Form

0400U001164.pdf

Applicant for

Specialization

  • 14.03.01 - Нормальна анатомія

27-04-2000

Specialized Academic Board

К 58.601.01

Essay

The extracellular dehydration causes the destruction of the epiphyseal cartilaginous plate, rarefaction and demineralization of the osteal tissue. First of all it reflects in the spongiosus substance. The regimen of the adaptation causes the increase of the osteotropical trace elements mass concentration in the long tubular bones. The morphological structure and general mineralization of the long skeletal bones don't change. The adaptation increases the osseous tissue resistance to the extracellular dehydration and improves their readaptive ability.

Read more

Similar theses

0523U100234

Uliana Y. Pidvalna

Morphometric characteristics of the ascending aorta and coronary artery ostia depending on anthropometric parameters (in vivo study)

0422U100192

Cherkes Maryana Bohdanivna

Gender and age peculiarities of the maxillary sinuses in mature aged people

0422U100193

Ivasivka Khrystyna Petrivna

Morphological changes in laryngeal tissues under the opioid e[posure (experimental study)

0522U100082

Harapko Tetiana Vasylivna

Changes in the structural components of the spleen and lymph nodes under the action of monosodium glutamate and its correction (experimental study)

0421U104045

Mykhalevych Marta Mykhailivna

Morphological changes in the rat submandibular gland under the influence of opioid in the experiment