Studying The Ameliorating Effects of BMT,Zn and WGO On Irradiated Rats - Hasanien, Yasmine;Ghazy, Maha;Ashry, Omaima
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Both radiotherapy and chemotherapy exert damaging effects on normal tissues in cancer patients and, consequently, induce an immune response in these tissues. Ionizing radiation in interaction with living cells causes a variety of changes depending on type of exposure, absorbed dose, duration of exposure, interval after exposure and also susceptibility of tissues.Taking into account that BM-derived cells are responsible of maintaining, generating, and replacing differentiated cells as a consequence of physiological cell turnover or tissue damage due to injury.

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Produktbeschreibung
Both radiotherapy and chemotherapy exert damaging effects on normal tissues in cancer patients and, consequently, induce an immune response in these tissues. Ionizing radiation in interaction with living cells causes a variety of changes depending on type of exposure, absorbed dose, duration of exposure, interval after exposure and also susceptibility of tissues.Taking into account that BM-derived cells are responsible of maintaining, generating, and replacing differentiated cells as a consequence of physiological cell turnover or tissue damage due to injury.
Autorenporträt
Yasmine Hasanin Abd AlNaby M.Sc. on Immunology entitled Boosting the immunological response of irradiated animals by synergism of stem cell transplantation and cytokine administration and Ph.D. on Immunology entitled Evaluation of Immune Radioprotective Roles of BMT Associated with WGO and Zinc Sulphate Supplementation in Irradiated Rats