Development of sampling, pretreatment and detection methods for ephedrine and related substances in complex samples
Microchemical Journal(2023)
摘要
•Advances in pretreatment and detection methods of ephedrine and related substances are reviewed.•The future trends of state-of-the-art techniques are thoroughly discussed.•Simple, fast, green microextraction techniques are raising substantial interest.•LC-HRMS exhibits great potential in target analysis and non-target screening.•More rapid, portable detection techniques for ephedrine and related substances, such as sensors, have been overviewed.
更多查看译文
关键词
2DCOS,2D-LC,ADS,APCI,C/MNPs,CCD,CAR,CD,CE,CEC,CZE,DAD,DART,DDW,DGT,DI-SDME,DLLME,DVB,ECL,EDMA,EE,EE-SPME,EI,EME,EMIP,ESI,FASI,FDA,FID,FITC,FRET,FTIR,GC,GHG,GO,HFBA,HF-LMPE,HILIC,HLB,HPLC,HPTLC,HRMS,HS-SDME,HS-SPME,ILs,IS,LC,LIT,LLE,LLME,LLOQ,LODs,LOQ,LTQ,MAA,MBTFA,MCX/PCX,ME,MEEKC,MEKC,MHPLC,MIPs,MOFs,MPE,MRM,MS,MSPE,MSTFA,MTBSTFA,MWCNT,Nano-LC,NMR,NH2,OT,OTC,PALME,PB,PDMS,PEG,PES,PF,PSI,PTAP,PVC,PVP,QqQ,rGO,RP-IP-LC,RPLC,RRS,RS,RSD,SDME,SFC,SIM,SiNPs,SLM,SPE,SPME,SRM,TBME,TBOT,TEA,TEOS,TFA,TFAA,TLC,TMCS,TMS,TOF,TV-SPME,UE,UFLC,UHPLC,ULLE,UPLC,USAEME
AI 理解论文
溯源树
样例
生成溯源树,研究论文发展脉络
Chat Paper
正在生成论文摘要