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HeLa G-63 cells irradiated by 5 krads of 60 Co-gamma-rays during their G1-period pass through the S-period of the same interphase just as do non-irradiated cells: the kinetics of labeled cells upon a 30 min incubation with 3H-TdR (radioautography) is the same for both irradiated and non-irradiated cell populations; the rate of 3H-thymidine incorporation during the S-period upon a 3H-TdR continuous incubation is the same for both the cell populations; the mean DNA content per nucleus of irradiated cell is doubled after the S-period (cytophotometry). With increasing the radiation dose (from 10 to 30 krads), the rate of 3H-TdR incorporation into cells falls, and the S-period is prolonged.
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
October 1967,
Nature,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1987,
Radiobiologiia,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
February 1971,
Nature: New biology,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1968,
Annales chirurgiae et gynaecologiae Fenniae,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
July 1967,
La Presse medicale,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1978,
Radiobiologiia,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
June 1975,
Radiation and environmental biophysics,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1965,
Radiobiologiia,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1992,
Neoplasma,
T A Sheĭkina, and
G B Belostotskaia, and
M V Arkhipov
January 1986,
Radiobiologiia,
