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Effects of combined 4-chlorophenol and Cu2+ on functional genes for nitrogen and phosphorus removal and heavy metal resistance genes in sequencing batch bioreactors

Yahe Li, Yahe Li, Jianguo Zhao, Yu Li, Yu Li, Baodan Jin, Lan Wang, Yanfei Li, Yanfei Li

2022Bioresource Technology18 citationsDOI

Topics & Concepts

BioreactorPhosphorusGenePollutantChemistrySequencing batch reactorMicrobial population biologyWastewaterNitrogenSewage treatmentFunction (biology)Enhanced biological phosphorus removalBiologyBacteriaBiotechnologyBiochemistryMicroorganismFood scienceDenitrificationChemical oxygen demandEnvironmental chemistryNutrientActivated sludgeMicrobiologyEnzymeMetalWastewater Treatment and Nitrogen RemovalConstructed Wetlands for Wastewater TreatmentChromium effects and bioremediation
Effects of combined 4-chlorophenol and Cu2+ on functional genes for nitrogen and phosphorus removal and heavy metal resistance genes in sequencing batch bioreactors | Litcius