Radioprotection by mitotic inhibitors and mercaptoethylamine
WE Rothe, MM Grenan - Science, 1961 - science.org
WE Rothe, MM Grenan
Science, 1961•science.orgIn the mouse, chemical interference with cellular proliferation alters the radiosensitivity of the
bone marrow, and this results in protection from otherwise lethal x-irradiation. When
intestinal damage is minimized by appropriate timing and dosage, many mitotic inhibitors
increase radioresistance and enhance the protective effects of mercaptoethylamine.
bone marrow, and this results in protection from otherwise lethal x-irradiation. When
intestinal damage is minimized by appropriate timing and dosage, many mitotic inhibitors
increase radioresistance and enhance the protective effects of mercaptoethylamine.
In the mouse, chemical interference with cellular proliferation alters the radiosensitivity of the bone marrow, and this results in protection from otherwise lethal x-irradiation. When intestinal damage is minimized by appropriate timing and dosage, many mitotic inhibitors increase radioresistance and enhance the protective effects of mercaptoethylamine.
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