Role of the aquatic environment in enhancing and inhibiting phototransformation of pharmaceutically active compounds  

作　　者：Nisha K.Joseph Abdugani M.Azimov Gani M.Iztleuov Valsamma J.Koshy Usha K.Aravind Marat I.Sataev Charuvila T.Aravindakumar 

机构地区：[1]Inter University Instrumentation Centre(IUIC),Mahatma Gandhi University(MGU),Kottayam,686560,Kerala,India [2]Research Laboratory Innovative Water Treatment Systems,M.Auezov South Kazakhstan University,Taukehan Street 5,16000,Shymkent,Kazakhstan [3]Department of Ecology,M.Auezov South Kazakhstan University,Taukehan Street 5,16000,Shymkent,Kazakhstan [4]School of Environmental Studies,Cochin University of Science&Technology(CUSAT),Kochi,682022,Kerala,India [5]School of Environmental Sciences,Mahatma Gandhi University(MGU),Kottayam,686560,Kerala,India

出　　处：《Emerging Contaminants》2024年第4期262-274,共13页新兴污染物(英文)

基　　金：Financial support from the project No.30-PCF-23-24 dated January 25,2023,subject:BR18574143“Development and implementation of groundwater purification technology and provision of drinking water to the population and animals of an agricultural enterprise”financed by Ministry of Science and Higher Education of the Republic of Kazakhstan and partial funding from RUSA and SPARC are gratefully acknowledged.

摘　　要：Pharmaceutically active compounds(PhACs)are widely used in medical treatments but pose risks to ecosystems and human health when present in the environment.Understanding their fate in nature is complex and influenced by various factors.Phototransformation,where PhACs change chemically upon light exposure,offers the potential for reducing their environmental levels.Studying this process is crucial for understanding risks,developing safe disposal strategies,and innovating removal methods to mitigate adverse effects.This review delves into the major factors influencing the transformation of PhACs under natural conditions.It provides a comprehensive analysis of the mechanisms involved in the photochemical activity of PhACs,shedding light on their behavior upon exposure to sunlight.Special attention is given to delineating the differences in the phototransformation processes among 13 major pharmaceutical classes.By examining the various factors influencing PhAC transformation and eluci-dating their mechanisms,this review aims to contribute to a deeper understanding of the fate of pharmaceuticals in the environment.Such insights are invaluable for developing effective strategies to mitigate the risks posed by PhAC contamination and safeguarding environmental and human health.

关 键 词：PHOTOTRANSFORMATION Pharmaceutically active compounds Water matrices Inorganic ions Humic substances Reactive oxygen species 

分 类 号：F42[经济管理—产业经济]