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LATE EFFECTS OF SMOLL DOZE OF GAMMA-IRRADIATION FOR LYMPHOID ORGANS
Late period after influence of small doze of gamma-irradiation thymus atrophies and redistribution of lymphoid cells occurs from thymus and lymphatic nodes into bone marrow and spleen.
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2014 year | Issue: 4 | Pages: 46-48
LATE EFFECTS OF FRACTIONAL GAMMA-IRRADIATION FOR IMMUNE SYSTEM OF ORGANISM
In late period after fractional gamma-irradiation the activity of unspecific phagocytic resistance of organism is increased, disfunction of humoral link of immunity occurs, on the background of increase of general number of lymphocytes the number of SD3+, SD4+ lymphocytes and immune-regulating index are also increased; lymphokin-producing capacity of lymphocytes is normalized and number of SD8+lymphocytes is decreased.
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2014 year | Issue: 3 | Pages: 49-52
LATE EFFECTS OF SUBMORTAL DOZE OF GAMMA-IRRADIATION FOR IMMUNOLOGICAL REACTIVITY OF ORGANISM
Experiment revealed that in late period after influence of submortal doze of gamma-irradiation subpopulation of T - lym-phocytes with helper activity is increased and the number of T - lymphocytes with suppressor activity is decreased. The func-tional capacity in cellular link of immunity is restored, the 1functional capacity of unspecific phagocytic link of immunity is increased, and insufficiency of humoral link of immunity occurs.
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2014 year | Issue: 3 | Pages: 46-48
LATE EFFECTS OF DIFFERENT DOZE EXERTIONS OF GAMMA-IRRADIATION FOR HUMORAL LINK OF IMMUNITY
In late period after influence of different doze exertions of gamma-irradiation the number of SD19+ lymphocytes is in-creased, antibody-producing in spleen and concentration of CIC in blood serum is decreased, index of suppression is increased.
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2014 year | Issue: 3 | Pages: 43-45
LATE EFFECTS OF DIFFERENT DOZE EXERTIONS OF GAMMA-IRRADIATION FOR UNSPECIFIC PHAGOCYTIC RESISTANCE O LATE EFFECTS OF DIFFERENT ORGANISM
In early and late periods of all the types of doze exertions of irradiation unspecific phagocytic resistance of organism is increased, degree of effort of adaptation mechanisms depends on doze of gamma-irradiation.
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2014 year | Issue: 3 | Pages: 40-42