Gudyma A. Pathogenetical substuntiation of increasing adaptation posibilities of organism to toxical lesions of the liver in experiment

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0501U000256

Thesis Registration Form

0501U000256.pdf

Applicant for

Specialization

  • 14.03.04 - Патологічна фізіологія

19-06-2001

Specialized Academic Board

Д 41.600.01

Odessa National Medical University

Essay

The thesis shown that preventive through the skin magneto-laser irradiation of the liver and blood (wave length is 0,82 (m, plane energy density throughout the cource is 642 kJ(m-2) associated with enterosorbtion by sillard P increases resistance of the liver of white rats to toxical influence of tetrachloromethan. The effect obtained is based on stimullation of the liver functional activity, increase of its detoxical function, increase of antioxident defence, immune-module influence, stimullation of regenerative processes in the liver before toxine injection. In the correction of the acute toxical lesion by tetrachloromethan the effeciency of magneto-laser irradiation of the blood with the surface energy power 1284 kJ(m-2 in the cources is proved.

Read more

Similar theses

0524U000051

Vitalii Kyryk

Pathogenetic mechanisms of realizing the regenerative potential of somatic stem cells, taking into account the criteria of their quality and efficiency

0523U100270

Olha H. Kmet

Pathogenic substantiation of the effectiveness of modulators of GABA-ergic and renin-angiotensin systems in experimental neurodegeneration

0523U100201

Iryna I. Kamyshna

Molecular mechanisms in the development of psychoneurological complications in patients with thyroid diseases: predicting onset and search for pathogenetic therapy

0423U100032

Havalko Anna Vasilivna

The role of hypoxia in impaired glucose tolerance in the elderly and ways of correction

0523U100005

Sirman Yana Vadimivna

Pathogenesis of diabetic retinopathy and justification of ways of its correction (experimental research)