严重的晒伤引发皮肤癌的发展:非累积性/压倒性的紫外线损害,UVA射线,人类乳头瘤病毒,室内/室外工作人员和动物模型

W. L. Chiou
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引用次数: 1

摘要

基于对美国约12万卫生工作者参与的2项大型前瞻性队列研究中黑色素瘤、基底细胞癌和鳞状细胞癌发病率的已发表数据的分析,发现皮肤癌发病率与重度晒伤(SS)发病率之间存在良好的线性关系,表明两者之间存在因果关系。据推测,ss引起的紫外线辐射超过了皮肤细胞修复/清除DNA损伤的能力(每天约7万个非累积性损伤),任何这些未修复/未清除的损伤在克服人体修复/防御机制的众多障碍后,最终可能成为癌前肿瘤或癌症。上述癌症病因学的基本原理似乎与经典的伤口-肿瘤学说相一致。人乳头瘤病毒感染将降低非累积性DNA病变的阈值,从而促进癌症的发生。提出的SS理论可能普遍适用于不同种族、皮肤类型、头发颜色和阳光照射的人。所提出的非累积性紫外线损伤概念得到了公开数据的支持,这些数据显示,普通人皮肤暴露在阳光下和未暴露在阳光下的一阶衰老动力学是平行的。太阳紫外线对皮肤癌和早衰的影响很小。综述了SS的发病情况。讨论了室内和室外工作人员(如飞行员和机组人员、卫生工作者、园丁和卡车司机)皮肤癌风险的争议。讨论了在动物、细胞培养或人体皮肤研究中使用高度非生生性紫外线、UVA或UVB剂量的常见做法的潜在缺点。演示类似的可逆性内在皮肤老化使用植物被剥夺,然后补充与水提出。希望这一明显具有挑衅性的工作可以激发文献中的进一步讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Severe Sunburn Triggers the Development of Skin Cancers: Non-cumulative/Overwhelming UV Damages, UVA Rays, Human Papillomavirus, Indoor/Outdoor Workers and Animal Models
Based on analysis of published data of incidence of melanoma, basal cell carcinoma and squamous cell carcinoma from 2 large prospective cohort studies involving about 120,000 health workers in USA, excellent linear relationships between skin cancer incidence and Severe Sunburn (SS) incidence suggesting their causal association were found. It is postulated that the SS-caused UV radiation overwhelms the skin cell’s capacity to repair/remove DNA lesions (about 70,000 non-cumulative lesions per day) and any of these un-repaired/un-removed lesions can eventually become a pre-cancerous tumor or cancer after overcoming numerous barriers of body’s repair/defense mechanisms. The above rationale for cancer etiology seems consistent with the classical wound-to-tumor doctrine. Infection with Human Papillomavirus will reduce the threshold for non-cumulative DNA lesions thereby facilitating cancer initiation. The proposed SS theory may be generally applicable to people with different races, skin types, hair colors and sunlight exposures. The proposed non-cumulative UV damage concept is supported by published data showing parallel first-order aging kinetics of human skin being exposed and un-exposed to sunlight in ordinary people. Solar UVA only plays a minor or insignificant role in skin cancer and premature aging. Prevalence of SS is reviewed. Controversies on skin cancer risks for indoor and outdoor workers such as airplane pilots and crew, health workers, gardeners and truck drivers are discussed. Potential shortcomings of a common practice of using highly unphysiological UV, UVA or UVB doses in animal, cell culture or human skin studies are discussed. Demonstration resembling the reversibility of intrinsic skin aging using a plant deprived of and then replenished with water is presented. It is hoped that this apparently provocative work may stimulate further discussions in the literature.
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