Enterobacter Cloacae Subsp. Dissolvens Strain Tj1812 in Acrylamide Biodegradation

Characterizing the Potentials of Alcaligenes sp. for Acrylamide Degradation

“…This works agrees with the work of [4]. However, it contradicts the works of [1,6,15,16]. These differences may be attributable to the difference in degrading ability of the various hydrocarbon degradation bacteria used in the studies.…”

“…The reported optimum temperature of 35 o C in this work agrees with the works of [15,16,21]. However, contradicts the works of [1,4,9]. From the finding, the reported temperature showed that the bacteria belong to mesophiles, that can thrive at moderate temperature and any slightly decrease or increase in temperature may inhibit the growth of the bacteria due to their enzymatic activity.…”

“…The higher the concentration of acrylamide, the lower the enzymatic activity of the degradation bacteria, hence, a decrease or even a halt in the degradation ability of the bacteria. From the findings of this study, the reported optimum pH of 7.0 correspond with findings of several other research such as [1,4,15,[17][18][19]. Similarly, the reported optimum pH of this work contradicts that of [20] who recorded 7.5 -8.5 as the optimum pH for acrylamide degradation.…”

“…Water and land contamination by industrial chemicals, waste products, and biocides is a major issue for human civilization [1]. The world's progress nowadays is gradually making the environment unpleasant owing to contamination and pollution.…”