n.操纵子

The operon is a genetic region that codes for multiple proteins in a coordinated manner.
操纵子是一个基因区域，它协同编码多个蛋白质。
In bacteria, the operon mechanism controls gene expression for a specific function.
在细菌中，操纵子机制控制特定功能的基因表达。
The regulatory protein binds to the promoter region of an operon to turn genes on or off.
调节蛋白结合到操纵子的启动子区域，开启或关闭基因。
The operon structure allows for efficient regulation and regulation of gene expression.
操纵子结构使得基因表达的调节更为有效。
A deletion in the operon can lead to a loss of function in the encoded proteins.
操纵子中的缺失可能导致编码蛋白质的功能丧失。
Horizontal gene transfer can result in the acquisition of new operons in an organism.
水平基因转移可以在生物体中引入新的操纵子。
The operon concept has been instrumental in understanding bacterial gene regulation.
操纵子的概念对于理解细菌基因调节至关重要。
The operon is transcribed as a single unit before being split into individual genes.
操纵子作为一个整体被转录，然后分裂为单独的基因。
Phage can insert their own operons into host bacterial DNA, altering gene expression.
噬菌体可以将它们自己的操纵子插入宿主细菌的DNA，改变基因表达。
Studying operons has led to the discovery of many key regulatory mechanisms in biology.
研究操纵子揭示了生物学中许多关键的调节机制。