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Extensive use of acrylamide in industries has contributed to the environmental pollution and to the human health. Increasing demands to seek the sustainable and controllable process which do not burden the environment significantly is becoming an area of interest. There are several advanced treatment plants employed, biodegradation strategies using bacterial strains has its own credits in rapidly degrading hazardous organic pollutants to environmentally safe levels in soils. In this work, acrylamide degrading bacteria was isolated from industrial wastewater. The isolate was identified as Enterobacter cloacae subsp. dissolvens strain TJ1812 by 16SrRNA gene sequencing. The growth specific characterization, optimum growth conditions were analyzed and tested for its acrylamide degradation efficiency from 0.5% with significant degradation reported upto 4%. This was followed by the influential effect of heavy metals along the degradation process and other amides degradation. GCMS analysis revealed the compounds of acrylamide degradation. These results highlighted the potential aspects of the bacterial strain in treating such hazardous pollutants as a bioremediation approach.

ENTEROBACTER CLOACAE SUBSP. DISSOLVENS STRAIN TJ1812 IN ACRYLAMIDE BIODEGRADATION