Application Note Modernized Impurity Analysis of the Kinase Inhibitor Imatinib by High-Resolution LC With MS-Compatible Mobile Phases | LabRulez LCMS_EN
 

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Synthetic Peptide Impurity Analysis on Waters Reversed-Phase ColumnsHua Yang, Stephan Koza, Bill Warren, and Weibin ChenWaters Corporation, Milford, MA, USAAPPLICATION BENEFITS■■■■Guidance behind selecting anPeptides are gaining more and more attention as potential biotherapeutics.appropriately diverse set of reversed-Currently, more than 100...
Key words
peptide, peptideimpurity, impuritysynthetic, syntheticcsh, cshceruletide, ceruletidecolumns, columnsreversed, reversedwaters, watersinsertion, insertionputative, putativephase, phaseidentity, identitynote, noteretentivity, retentivitymass
Waters XSelect HPLC Column
2012|Waters|Brochures and specifications
[ xSELECT HPLC columns ]eXceptionalselectivity1 Xselect HPLC ColumnsSuccessful Separations Startwith SelectivityXSelect™ HPLC Columns redefine the definition of a broad,selective, modern HPLC column family. Carefully chosenligands (C18, T3, Phenyl-Hexyl, Fluoro-Phenyl, PFP and CN)combined with proprietary Charged Surface Hybrid (CSH™)and HSS Technologies provide...
Key words
csh, cshhss, hssphenyl, phenylxselect, xselectfluoro, fluorocolumn, columnhexyl, hexylpfp, pfpdaidzin, daidzintrifunctional, trifunctionaleto, etocustom, customoet, oetselectivity, selectivityparticle
UPLC COLUMNS AND CONSUMABLES
2014|Waters|Brochures and specifications
UPLC COLUMNS AND CONSUMABLESUPLC Columnswww.waters.com/uplccolumns109 TABLE OF CONT ENTSIntroduction........................................................................................................................................................................ 111UPLC Columns........................................................................................................................................................................111Waters UPLC Particle Technology..........................................................................................................................................111CORTECS UPLC 1.6 µm Columns.................................................................................................................................... 112CORTECS UPLC C18+ Columns...............................................................................................................................................112CORTECS UPLC C18 Columns.................................................................................................................................................113CORTECS UPLC HILIC Columns..............................................................................................................................................113ACQUITY UPLC CSH Columns......................................................................................................................................... 116ACQUITY UPLC CSH C18 Columns.........................................................................................................................................116ACQUITY UPLC CSH Fluoro-Phenyl Columns.......................................................................................................................117ACQUITY UPLC...
Key words
uplc, uplcbeh, behphenyl, phenylcsh, cshhilic, hilichss, hsskit, kitacquity, acquitycolumns, columnsfluoro, fluorocortecs, cortecsmethod, methodcyano, cyanoamide, amidehexyl
Application NoteLipid Nanoparticle Compositional AnalysisUsing Charged Surface Hybrid Phenyl-HexylSeparation With Evaporative Light ScatteringDetectionBonnie A. Alden, Giorgis Isaac, Weibin Chen, Matthew A. LauberWaters CorporationNeed Help? To learn more about how Waters can help you in your efforts againstCOVID-19, please contact theCOVID-19...
Key words
lipid, lipidhexyl, hexylphenyl, phenylevaporative, evaporativehydrophobicity, hydrophobicityscattering, scatteringstationary, stationarynanoparticle, nanoparticlenanoparticles, nanoparticleshelp, helpacquity, acquitycsh, cshlight, lightgarnering, garneringonpattro
 

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Synthetic Peptide Impurity Analysis on Waters Reversed-Phase ColumnsHua Yang, Stephan Koza, Bill Warren, and Weibin ChenWaters Corporation, Milford, MA, USAAPPLICATION BENEFITS■■■■Guidance behind selecting anPeptides are gaining more and more attention as potential biotherapeutics.appropriately diverse set of reversed-Currently, more than 100...
Key words
peptide, peptideimpurity, impuritysynthetic, syntheticcsh, cshceruletide, ceruletidecolumns, columnsreversed, reversedwaters, watersinsertion, insertionputative, putativephase, phaseidentity, identitynote, noteretentivity, retentivitymass
Waters XSelect HPLC Column
2012|Waters|Brochures and specifications
[ xSELECT HPLC columns ]eXceptionalselectivity1 Xselect HPLC ColumnsSuccessful Separations Startwith SelectivityXSelect™ HPLC Columns redefine the definition of a broad,selective, modern HPLC column family. Carefully chosenligands (C18, T3, Phenyl-Hexyl, Fluoro-Phenyl, PFP and CN)combined with proprietary Charged Surface Hybrid (CSH™)and HSS Technologies provide...
Key words
csh, cshhss, hssphenyl, phenylxselect, xselectfluoro, fluorocolumn, columnhexyl, hexylpfp, pfpdaidzin, daidzintrifunctional, trifunctionaleto, etocustom, customoet, oetselectivity, selectivityparticle
UPLC COLUMNS AND CONSUMABLES
2014|Waters|Brochures and specifications
UPLC COLUMNS AND CONSUMABLESUPLC Columnswww.waters.com/uplccolumns109 TABLE OF CONT ENTSIntroduction........................................................................................................................................................................ 111UPLC Columns........................................................................................................................................................................111Waters UPLC Particle Technology..........................................................................................................................................111CORTECS UPLC 1.6 µm Columns.................................................................................................................................... 112CORTECS UPLC C18+ Columns...............................................................................................................................................112CORTECS UPLC C18 Columns.................................................................................................................................................113CORTECS UPLC HILIC Columns..............................................................................................................................................113ACQUITY UPLC CSH Columns......................................................................................................................................... 116ACQUITY UPLC CSH C18 Columns.........................................................................................................................................116ACQUITY UPLC CSH Fluoro-Phenyl Columns.......................................................................................................................117ACQUITY UPLC...
Key words
uplc, uplcbeh, behphenyl, phenylcsh, cshhilic, hilichss, hsskit, kitacquity, acquitycolumns, columnsfluoro, fluorocortecs, cortecsmethod, methodcyano, cyanoamide, amidehexyl
Application NoteLipid Nanoparticle Compositional AnalysisUsing Charged Surface Hybrid Phenyl-HexylSeparation With Evaporative Light ScatteringDetectionBonnie A. Alden, Giorgis Isaac, Weibin Chen, Matthew A. LauberWaters CorporationNeed Help? To learn more about how Waters can help you in your efforts againstCOVID-19, please contact theCOVID-19...
Key words
lipid, lipidhexyl, hexylphenyl, phenylevaporative, evaporativehydrophobicity, hydrophobicityscattering, scatteringstationary, stationarynanoparticle, nanoparticlenanoparticles, nanoparticleshelp, helpacquity, acquitycsh, cshlight, lightgarnering, garneringonpattro
 

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