Development of sampling, pretreatment and detection methods for ephedrine and related substances in complex samples

Microchemical Journal(2023)

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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.
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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
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