Research on the function of CG15382 by mutating Zelda binding region

Cheng Chang
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Abstract

Zelda protein (Zld) is a transcription factor in drosophila. It binds on specific sequence to activate the expression of genes involved in the early development of drosophila, which hinted a method to study the function of these genes. Since the expression of genes can be regulated by Zld, mutation of Zld binding site can be used to silence target genes. Three base pairs were substituted by using CRISPR-Cas9 editing. The function of target genes in the development process can be studied by comparing wild type drosophila and the Zld absent mutant (Zld-). This paper will focus on CG15382 and discuss the design of the mutant drosophila.
通过突变塞尔达结合区研究 CG15382 的功能
泽尔达蛋白(Zld)是果蝇的一种转录因子。它能与特定序列结合,激活涉及果蝇早期发育的基因的表达,这为研究这些基因的功能提供了一种方法。由于 Zld 可调控基因的表达,因此可利用 Zld 结合位点的突变来沉默目标基因。利用CRISPR-Cas9编辑技术替换了三个碱基对。通过比较野生型果蝇和Zld缺失突变体(Zld-),可以研究靶基因在发育过程中的功能。本文将重点介绍 CG15382,并讨论突变体果蝇的设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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