Article ID Journal Published Year Pages File Type
7087150 Bioresource Technology 2012 8 Pages PDF
Abstract
► Enhanced degradation of cypermethrin was achieved by a coculture of two isolated strains. ► The coculture was capable of degrading cypermethrin over a wide range of temperatures and pH. ► The coculture tolerated and degraded cypermethrin as high as 500 mg L−1. ► The coculture harbors the metabolic pathway for the detoxification of cypermethrin. ► The coculture is the first described microbial consortium able to metabolize cypermethrin.
Related Topics
Physical Sciences and Engineering Chemical Engineering Process Chemistry and Technology
Authors
, , , , , ,