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On-line monitoring of extraction of coldrine by near-infrared spectrum

感冒灵提取过程近红外光谱在线检测技术研究



全 文 :2016
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Onlinemonitoringofextractionofcoldrinebynearinfraredspectrum
CHENGuoquan1,PANHongye1,LIUXuesong1,ZHANGYuefei2,SHAOPeng3,WANGLonghu1
(1.ColeageofPharmaceuticalSciences,ZhejiangUniversity,Hangzhou310058,China;
2.ChinaResourcesSanjiuMedical&PharmaceuticalCo.,Ltd.,Shenzhen518110,China;
3.NationalEngineeringResearchCenterforthePharmaceuticsofTraditionalChineseMedicinesCo,Ltd,Benxi117004,China)
[Abstract]  ExtractionofthefourChineseherbalsisthebeginningstepoftheproductionprocessofcoldrinegranulesandinfluences
ondrugqualitysignificantlyInthispaper,theonlinenearinfraredspectrumwascolectedduringtheextractionprocessofcoldrine
andthenpreprocessedbythefirstderivativePartialleastsquareregression(PLSR)modelwasdevelopedforthequantityindicators
oflinarin,chlorogenicacidandsolidcontent,accordingtoresultsofbothHPLCandweightlossasreferencemethodsThecorelation
coeficient,rootmeansquareerorofcrossvalidation(RMSECV),rootmeansquareerorofcalibration(RMSEC)androotmean
squareerorofprediction(RMSEP)wereusedtooptimizemodelparametersandconfirmtheirperformanceCorelationcoeficientsof
threequalitycontrolindicatormodelsreachedmorethan095ValuesofRMSECoflinarin,chloroenicacidandsolidcontentwere
00104,000934and00555,respectivelyAndthevaluesofRMSEPwere000947,0142and000842,respectivelyThe
models,builtonlineanalyzedata,revealedthatthecorelationcoeficientsofpredictedvaluesandmeasuredvaluesweregreaterthan
097andvaluesofRSEPoflinarin,chloroenicacidandsolidcontentwere814%,817% and986%,respectivelyTheresults
showedthattheNIRmethodcouldachievetheonlinedetectionandrealtimemonitoringofmultiindexesduringtheextractionprocess
ofcoldrineThetechnologycouldbeusedfordrugqualitycontrolintheprocessofpracticalproduction,reducingthebatchdiferences
andensuringpharmaceuticalqualitystabilityInaddition,itcouldproviderealtimeproductiondataforsubsequentproductquality
backtracking
·3831·
2016
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Vol41,No.8 April,2016
[Keywords] nearinfraredspectroscopy;extractionprocess;onlinemonitoring;coldrinegranules
doi:10.4268/cjcmm20160804
  
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Vol41,No.8 April,2016
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