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1.
Alterations in phosphate metabolism during cellular recovery of radiation damage in yeast // Int. J. Radiat. Biol., 1988. Vol. 54, N 4.-С.545-562

2.
Are three forms of potentially lethal damage expressed after X irradiation by treatment with hypertonic solutions in Chinese hamster V79 cells? // Radiat. Res., 1995. Vol. 141, N 1.-С.19-27

3.
Cell survival and recovery processes in chinese hamster AA8 cells and in two radiosensitive clones // Radiat. Res., 1988. Vol. 115, N 2.-С.223-237

4.
Stamato Thomas D. Cell-cycledependent repair of potentially lethal damage in the XR-1 'гамма'-ray-sensitive Chinese hamster ovary cell // Radiat. Res., 1988. Vol. 115, N 2.-С.325-333

5.
Raaphorst G.P. Comparison of recovery from potentially lethal damage after exposure to hyperthermia and radiation // Radiat. Res., 1990. Vol. 121, N 1.-С.107-110

6.
Sontag W. Comparison of six different models describing survival of mammalian cells after irradiation // Radiat. and Environ. Biophys., 1990. Vol. 29, N 3.-С.185-201

7.
Li G. Confluent holding recovery in irradiated human diploid fibroblasts: Possible role of the P53/WAF1 signal transduction pathway // J. Cell. Biochem., 1995, Suppl. 21a.-С.340

8.
Correlation between PLD repair capacity and the survival curve of human fibroblasts in exponential growth phase: Analysis in terms of several parameters // Radiat. Res., 1988. Vol. 116, N 1.-С.74-88

9.
Cultured cells from a severe combined immunodeficient mouse have a slower than normal rate of repair of potentially lethal damage sensitive to hypertonic treatment // Radiat. Res., 1995. Vol. 142, N 2.-С.176-180

10.
Differential recovery from potentially lethal damage in normal human lung fibroblasts after irradiation with {6}{0}Co 'гамма'-rays and accelerated N-ion beam // RIKEN Accel. Progr. Rept., 1990. Vol. 24, Suppl..-С.292-297

11.
Mendonca M.S. Differential repair of potentially lethal damage in exponentially growing and quiscent 9L cells // Radiat. Res., 1990. Vol. 122, N 1.-С.38-43

12.
Siemann Dietmar W. Do in vitro studies of potential lethal damage repair predict for in situ results // Int. J. Padiat. Biol., 1989. Vol. 56, N 5.-С.567-571

13.
Boothman David A. Enhanced malignant transformation is accompanied by increased survival recovery after ionizing radiation in Chinese hamster embryo fibroblasts // Radiat. Res., 1994. Vol. 138, N 1.-С.5121-5125

14.
Koval Thomas M. Enhanced recovery from ionizing radiation damage in a lepidopteran insect cell line // Radiat. Res., 1988. Vol. 115, N 3.-С.413-420

15.
Kwok Enhancement of sensitivity of human squamous carcinoma cells to radiation by epidermal growth factor // J. Nat. Cancer. Inst., 1989. Vol. 81, N 13.-С.1020-1024

16.
Evidence for the expression of radiation-induced potentially lethal damage being a p53-dependent process // Int. J. Radiat. Biol., 2000. Vol. 76, N 8.-С.1037-1043

17.
Sasaki Expression of potentially lethal damage in cultured mammalian cells irradiated with 'альфа'or X-rays // Sci. Pap. Inst. Phys. and Chem. Res., 1989. Vol. 83.-С.13-16

18.
Tolmach L.J. Failla memorial lecture. Time, cells, and X rays. Temporal aspects of some responses of cultured cells to X irradiation // Radiat. Res., 1990. Vol. 123, N 2.-С.119-137

19.
Kubota N. Fixation and repair of radiation-induced potentially mutagenic damage sensitive to hypertonic treatment in human diploid fibroblasts // Mutat, Res. Environ. Mutatgenes. and Related Subj., 1989. Vol. 216, N 2.-С.137-143

20.
Stevenson A.F.G. In vitro holding and PLD repair I: On the contribution of mitotic mon-quiescence in plateauphase Chinese hamster V79 cells // Radiat. and Environ. Biophys., 1989. Vol. 28, N 1.-С.27-38

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