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Jeta kniga osweschaet rol' indolamin-2,3-dioxigenazy (IDO) w kontexte ustanowleniq beremennosti krupnogo rogatogo skota. Jeto ferment, kotoryj kataboliziruet perwyj shag metabolizma triptofana cherez kinureninowyj put', a takzhe qwlqetsq limitiruüschim fermentom katabolizma triptofana. Jeto odna iz wazhnejshih immunomoduliruüschih molekul, kotoraq igraet znachitel'nuü rol' w modulqcii materinskoj immunnoj sistemy, tem samym sozdawaq blagopriqtnye uslowiq dlq wyzhiwaniq poluallogennogo ploda. Jeta kniga poswqschena drugomu mehanizmu immunnoj modulqcii cherez IDO i ego reshaüschej roli w ustanowlenii beremennosti.…mehr

Produktbeschreibung
Jeta kniga osweschaet rol' indolamin-2,3-dioxigenazy (IDO) w kontexte ustanowleniq beremennosti krupnogo rogatogo skota. Jeto ferment, kotoryj kataboliziruet perwyj shag metabolizma triptofana cherez kinureninowyj put', a takzhe qwlqetsq limitiruüschim fermentom katabolizma triptofana. Jeto odna iz wazhnejshih immunomoduliruüschih molekul, kotoraq igraet znachitel'nuü rol' w modulqcii materinskoj immunnoj sistemy, tem samym sozdawaq blagopriqtnye uslowiq dlq wyzhiwaniq poluallogennogo ploda. Jeta kniga poswqschena drugomu mehanizmu immunnoj modulqcii cherez IDO i ego reshaüschej roli w ustanowlenii beremennosti.
Autorenporträt
M.V.Sc. & Ph.D. in Animal Biochemistry from National Dairy Research Institute, Karnal with knowledge in Cell Culture, Molecular Biology Techniques, Immunohistochemistry, Real Time PCR, Immunological Techniques, Biochemical Techniques, Microbiological Technique etc.