研究发现,一些脱氧核糖核酸区域更容易受到香烟烟雾破坏,可能导致个性化戒烟方案。 Study finds some DNA areas are more vulnerable to cigarette smoke damage, potentially leading to personalized cessation programs.

耶路撒冷希伯来大学和杜克大学的新研究表明,DNA的组织和修改方式影响到香烟烟雾如何损害它。 New research from The Hebrew University of Jerusalem and Duke University reveals that the way DNA is organized and modified affects how cigarette smoke damages it. 有些脱氧核糖核酸区域更容易受损,但可以自我修复,而另一些区域则无法修复,导致可能导致癌症的突变。 Some DNA areas are more vulnerable to damage but can repair themselves, while others can't, leading to mutations that may cause cancer. 这种洞察力可以使个人化的戒烟方案和早期癌症检测成为可能,并有可能导致加强DNA修复或防止突变的治疗。 This insight could enable personalized smoking cessation programs and early cancer detection, and potentially lead to treatments that enhance DNA repair or prevent mutations.