Whole-genome sequencing of Vibrio natriegens wild-type and mutant generated by in vivo continuous gene editing
This study presents the whole-genome sequencing data of a Vibrio natriegens mutant strain generated through a in vivo continuous gene editing system designed for single-gene evolution in vibrio natriegens. The data includes paired-end reads for both the evolved mutant and its isogenic wild-type progenitor. The primary goal of this sequencing project is to perform a genome-wide comparative analysis to identify all single nucleotide polymorphisms (SNPs) and other potential mutations introduced or selected during the directed evolution process. These data are crucial for validating the specificity of the editing system and for understanding the genetic basis of the evolved phenotype.