...
机译:分数晒伤阈值UVR剂量在皮肤类型I-VI中产生相同的维生素D和DNA损伤,但表皮DNA损伤梯度与皮肤黑暗相关
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
Department of Environmental &
Occupational Health Robert Stempel College of Public Health &
Social;
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
School of Earth and Environmental Sciences The University of Manchester;
School of Earth and Environmental Sciences The University of Manchester;
Specialist Assay Laboratory The University of Manchester Manchester University NHS Foundation;
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
Centre for Biostatistics Division of Population Health Health Services Research &
Primary Care;
Department of Dermatology Leiden University Medical Centre;
Centre for Dermatology Research Division of Musculoskeletal and Dermatological Sciences School of;
机译:分数晒伤阈值UVR剂量在皮肤类型I-VI中产生相同的维生素D和DNA损伤,但表皮DNA损伤梯度与皮肤黑暗相关
机译:有或没有黑素细胞重建表皮的研究:黑皮肤细胞可以防止晒伤细胞的形成,但不能防止白皙的白种人中DNA受损细胞的出现。
机译:光疗方式不会对深色皮肤个体的DNA造成氧化损伤的风险显着增加
机译:微量Mg〜(2+)条件下低剂量紫外线对人皮肤DNA的修复
机译:人类T细胞白血病病毒1型税收癌蛋白DNA损伤复合物的分离和功能定位。
机译:局部晒伤阈值UVR剂量在I–VI型皮肤中产生同等的维生素D和DNA损伤但表皮DNA损伤梯度与皮肤黑暗相关
机译:有无黑素细胞重建表皮的研究:黑素细胞可防止皮肤白皙的白种人晒伤细胞的形成,但不能防止DNA受损细胞的出现
机译:紫外线诱导的DNa损伤与遗传性皮肤癌