化学
生物修复
戒毒(替代医学)
代谢物
微生物降解
生物转化
环境化学
生物降解
微生物代谢
异型生物质的
新陈代谢
降级(电信)
生物化学
细菌
谷氨酰胺
微生物种群生物学
药物代谢
有机化学
共轭体系
转化(遗传学)
单体
微生物联合体
初级代谢物
微生物
作者
Fa Liu,Quanyong Zhang,Shu Feng,Xifen Zhu,Shaofu Deng,Yuanyuan Yu,Tao Ai,Yirong Deng,Jianteng Sun,Guanyong Su,Dajun Lin,Lizhong Zhu
标识
DOI:10.1021/acs.est.5c16838
摘要
-transferases, and glutamine synthetase, potentially involved in these transformations. Most conjugates showed reduced predicted toxicity, whereas lipid-bound derivatives tended to exhibit higher predicted toxicity. These findings highlight the role of microbial phase II metabolism in cyano-LCM transformation and emphasize the importance of evaluating the environmental fate and potential risk of conjugated metabolites in future risk assessment and bioremediation strategies.
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