Modern industrialization causes major environmental pollution and degradation. The Environmental changes results the genomic instability in human cells, bacterial cells and yeast cells. Due to high rate of genetic instability, mutation rate has become high and it induces the potential to adaptevolution for living cells. There are several physical and chemical mutagenic agents are available which can induce mutation in genetic materials. This paper exposed to isolate azo dye degradation bacteria from dye-contaminated soil and induction of mutation using X-rays, ultraviolet (UV) radiation and ethidium bromide to determine the highest dye-degrading mutant with higher dye degrading potentials, which could be employed in the bioremediation of industrial dyes. In this study, mutation was performed on the Bacillus species through physical (UV, X-rays) and chemical (ethidium bromide) mutagenic agents. | Enhancement of AZO dye degradation by chemical and physical mutagenesis in identified bacillus: An influential source of industrial dye degradation
