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Date of Publication:2024-05-17

Journal:Journal of Hazardous Materials

Volume:471

ISSN No.:0304-3894

Key Words:4,4' isopropylidenediphenol; 4 hydroxyacetophenone; Article; bacterial microbiome; Bacteriome; bacterium; Bioconversion; biotransformation; Biotransformation; carboxylic acid; controlled study; debromination; desorption; environmental fate; Environmental fate; environmental impact; exudation; flame retardant; Helianthus annus; herb; Hydroxyacetophenones; Low molecular weight organic acid; microbial community; molecular weight; nonhuman; physical chemistry; relative abundance; Relative abundance; root exudate; Root exudates; signal noise ratio; signal transduction; soil; soil microorganism; surface property; tartaric acid; Tartaric acids; tetrabromobisphenol A; Tetrabromobisphenol-A; ultrasound assisted extraction