Tettweiler Gritta, Lasko Paul
Department of Biology and DBRI, McGill University, Montreal, Quebec, Canada.
Methods Enzymol. 2007;429:227-42. doi: 10.1016/S0076-6879(07)29011-1.
Genetic tools enable insights into how translation controls development of a multicellular organism. Different genetic approaches offer the ability to manipulate the Drosophila genome in very precise ways, thereby allowing the investigation of how translation factors work in the context of a whole organism. We present here an overview of selected techniques used to identify genes involved in translation initiation, and quantitative methods to characterize phenotypes caused by mutations in genes encoding translation initiation or regulatory factors.
遗传工具使人们能够深入了解翻译如何控制多细胞生物的发育。不同的遗传方法提供了以非常精确的方式操纵果蝇基因组的能力,从而使得人们能够研究翻译因子在整个生物体的背景下是如何发挥作用的。我们在此概述了用于鉴定参与翻译起始的基因的选定技术,以及用于表征由编码翻译起始或调节因子的基因突变所导致的表型的定量方法。