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Results: 1-3 |
Results: 3
REPLICATIVE SENESCENCE OF NORMAL HUMAN ORAL KERATINOCYTES IS ASSOCIATED WITH THE LOSS OF TELOMERASE ACTIVITY WITHOUT SHORTENING OF TELOMERES
Authors: KANG MK GUO WT PARK NH
Citation: Mk. Kang et al., REPLICATIVE SENESCENCE OF NORMAL HUMAN ORAL KERATINOCYTES IS ASSOCIATED WITH THE LOSS OF TELOMERASE ACTIVITY WITHOUT SHORTENING OF TELOMERES, Cell growth & differentiation, 9(1), 1998, pp. 85-95
IMMORTALIZATION OF HUMAN ORAL KERATINOCYTES IS ASSOCIATED WITH ELEVATION OF TELOMERASE ACTIVITY AND SHORTENING OF TELOMERE LENGTH
Authors: GUO WT KANG MK KIM HJ PARK NH
Citation: Wt. Guo et al., IMMORTALIZATION OF HUMAN ORAL KERATINOCYTES IS ASSOCIATED WITH ELEVATION OF TELOMERASE ACTIVITY AND SHORTENING OF TELOMERE LENGTH, Oncology Reports, 5(4), 1998, pp. 799-804
ETHANOL UP-REGULATES THE EXPRESSION OF P21(WAF1 CIP1) AND PROLONGS G(1) TRANSITION VIA A P53-INDEPENDENT PATHWAY IN HUMAN EPITHELIAL-CELLS/
Authors: GUO WT BALUDA MA PARK NH
Citation: Wt. Guo et al., ETHANOL UP-REGULATES THE EXPRESSION OF P21(WAF1 CIP1) AND PROLONGS G(1) TRANSITION VIA A P53-INDEPENDENT PATHWAY IN HUMAN EPITHELIAL-CELLS/, Oncogene, 15(10), 1997, pp. 1143-1149
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