Deutsch W A
Department of Biochemistry, Louisiana State University, Baton Rouge 70803.
Mutat Res. 1987 Nov;184(3):209-15. doi: 10.1016/0167-8817(87)90018-6.
Thus far, our studies in Drosophila have concentrated primarily on the various enzymes involved in the in vitro repair of modified or nonconventional DNA substrates. In some cases, our findings have led us to investigate events that may not have a bearing on DNA repair, but rather may be associated with developmental signals important to the maturation of the organism. As appealing as some of these models seem, however, they must await confirmation through detailed genetic studies before any substantial conclusions can be drawn. This combination of genetic and biochemical knowledge makes Drosophila an exciting organism for an eventual detailed understanding of the developmental expression and cellular location of DNA-repair systems.
到目前为止,我们在果蝇中的研究主要集中在参与修饰或非常规DNA底物体外修复的各种酶上。在某些情况下,我们的发现促使我们去研究一些可能与DNA修复无关,但可能与对生物体成熟至关重要的发育信号相关的事件。然而,尽管其中一些模型看起来很有吸引力,但在得出任何实质性结论之前,它们必须等待通过详细的遗传学研究来证实。遗传学和生物化学知识的这种结合使得果蝇成为一种令人兴奋的生物体,有望最终详细了解DNA修复系统的发育表达和细胞定位。