参考文献/References:
1 Coleman WB et al.Clin Chem,1995;4(5):644 2 Coleman CN et al.Oncology,1996;10(3):399 3 Ames BN et al.Environ Health Perspect (Sup-pl.1),1993;101:35 4 Weeda G et al.Bioessays,1993;15:249 5 Sancar A.Science,1994;266:1954 6 Hanawalt PC et al.Science,1994;266:1957 7 Fritzell JM et al.Cancer Res,1997;57:5145 8 Hartwell C et al.Cell,1992;7:543 9 Weinert T et al.Semin Cancer Res,1994;64:25 10 Castan MB et al.Environ Health Respect(Sup-pl.1),1993;101:55 11 Deng D et al.Cell,1995;82:675 12 Wang JY et al.Adv Cancer Res,1994;64:25 13 Livingtone LR et al.Cell,1992;7:923 14 Khon SH et al.Cancer Res,1998;58:396 15 Poewll SN et al.Cancer Res,1995;55:1643 16 Stewart N et al.Oncology,1995;10:109 17 Anderson MW et al.Enviro Hearth Respect(Suppl.1),1992;29:13 18 Anderson SA.Science,1991;245:1146
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