-transparent.png){kind=logo}
The method of sedimentation was used to study the induction and repair of DNA breaks in irradiated rat bone marrow cells. It was shown that a total population of bone marrow cells did not differ from that of cultured L5178Y cells with regard to the yield of single-strand breaks and the ratio between double- and single-strand breaks. The absence of double-strand breaks and incomplete repair of single-strand breaks (70%) were noted with doses ranging from 20 to 100 Gy. The quantity of unrepaired single-strand breaks did not correlate with that of double-strand breaks, induced by the same radiation doses. This is indicative of the capacity of bone marrow cells for repair in a short-term culture.
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
January 1984,
Radiobiologiia,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
September 2000,
Mutation research,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
January 1986,
Mutation research,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
July 1981,
Radiation research,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
March 1986,
Carcinogenesis,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
March 1976,
Proceedings of the National Academy of Sciences of the United States of America,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
January 1981,
Radiobiologiia,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
January 1984,
The British journal of cancer. Supplement,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
December 1984,
Zhongguo yao li xue bao = Acta pharmacologica Sinica,
V A Tronov, and
A V Provotorov, and
A V Rad'ko, and
L B Shagalov
January 1980,
Advances in biological and medical physics,
