Bio-degradational potential of genus Ochrobactrum.
Sai Eswar B, Kumar P, Saklani S, Taware R
Summary
PubMedOchrobactrum bacteria can break down toxic pollutants in contaminated soil and water, offering a natural, sustainable alternative to expensive chemical cleanup methods.
chevron_right Technical Details
Key Findings
Ochrobactrum species demonstrate metabolic versatility capable of degrading diverse xenobiotic compounds across multiple chemical pollutant classes
Review categorizes persistent organic pollutants by chemical structure and identifies specific bacterial species with reported degradation rates for each class
Genetic and enzymatic pathways underlying pollutant transformation are documented, enabling biotechnological applications for environmental remediation
Original Abstract
Environmental pollution caused by persistent organic pollutants poses a significant global threat due to their toxicity and tendency to accumulate in ecosystems. Microbial biodegradation offers a sustainable alternative to conventional remediation strategies. Among degradative microorganisms, the genus Ochrobactrum has gained attention for its metabolic versatility and ability to transform a wide range of xenobiotic compounds. This review comprehensively examines genus Ochrobactrum, focusing on its species diversity, pollutant-degrading capabilities, and the biochemical pathways underlying these transformations. The genetic basis for enzyme production involved in degradation is highlighted, and organic pollutants are categorized according to their chemical class with corresponding species, and reported degradation rates.
This connects to 8 other discoveries — 0 species, 3 topics, 5 related articles