Intensivnost" energeticheskogo obmena yavlyaetsya odnim iz vedushchikh faktorov, opredelyayushchikh deyatel"nost" golovnogo mozga. Razvitie neyroimmunologii privelo k ponimaniyu glubokoy svyazi mezhdu nervnoy, endokrinnoy i immunnoy sistemami. Funktsional"noe sopryazhenie etikh sistem rassmatrivaetsya kak neyro-endokrinno-immunnaya metasistema regulyatsii gomeostaza. V dannoy rabote provedeno issledovanie kolichestvennykh i kachestvennykh zakonomernostey neyro-endokrinno-immunnykh vzaimodeystviy vnutri gipotalamo-gipofizarno-tireoidnoy sistemy (GGTS), igrayushchey tsentral"nuyu rol" v v regulyatsii gomeostaza. Issledovano dinamicheskoe vzaimodeystvie mezhdu urovnyami etoy sistemy i sopryazhennoy s modulyatsiey gomeostaza dinamikoy energeticheskogo metabolizma mozga pri razlichnykh proyavleniyakh distireoza. Dannoe issledovanie mozhet byt" polezno vracham endokrinologam, nevropatologam, neyrofiziologam, a takzhe studentam meditsinskikh vuzov.
Zakonchila biologicheskiy fakul"tet MGU, kafedru fiziologii cheloveka i zhivotnykh v 1964 godu. S 1975 goda rabotaet v Institute khimicheskoy fiziki im. N.N. Semenova RAN, v laboratorii meditsinskoy biofiziki. Tema issledovanimya: asimmetrichnaya organizatsiya mozga, fundamental"nye i klinicheskie aspekty problemy.
