1
Return

Adaptive genetic trade-offs govern the enantioselective degradation and horizontal transfer of ibuprofen catabolic genes

delete2026-08-04
delete0
PRE
AI
W
Weihao Zhu
M
Mingli Jiang
R
Rui Fan
K
Kaihua Pan
S
Shenghao Wang
L
Lu Huang
Q
Qiantong Ru
Y
Yinhu Jiang
Q
Qian Li
Q
Qian Zhu
M
Mingliang Zhang *
Z
Zhijian Ke *
J
Jiguo Qiu
Q
Qing Hong *
DOI：10.1016/j.jhazmat.2026.143163delete
deleteOriginal
deleteOriginal request for help
deleteShare
deleteSave
Abstract

Abstract

En 中文
• The enantioselective molecular mechanism of ibuprofen biodegradation is unveiled. • Sphingopyxis sp. 550A exhibits an adaptive survival strategy mediated by IS6100. • A constructed microbial consortium eliminates toxic metabolite accumulation. • Sphingopyxis sp. 550A promotes HGT of the ipfABDEFG gene cluster within the microbial community.

Journal

Journal of Hazardous Materials cover
Journal of Hazardous Materials
IF:
11.3
Papers:
3.9W
Citations:
24.0W

Organization

N
NingboTech University
Scholars:
363
Papers: 177
Citations: 0
M
ministry of agriculture and rural affairs
Scholars:
999
Papers: 303
Citations: 1
Cited Papers

Cited Papers

Citing Papers

Citing Papers