LCGC Asia Pacific - Abstracts

LCGC Asia Pacific
TitleSubjectAuthors
Agilent tours Asia Pacific region.(Agilent Technologies Inc.)Science and technology 
Analysis of PFOA and PFOS in water using reversed-phase HPCL with suppressed conductivity detection.(perfluoro-acids, perfluorooctanesulphonic acid, reversed-phase high-performance liquid chromatography)Science and technologyBorba, Brian De, Rohrer, Jeffrey S.
Analysis of PFOA and PFOS in water using reversed-phase HPLC with suppressed conductivity detection.Science and technologyBorba, Brian De, Rohrer, Jeffrey S.
Analysis of secondary metabolites from myxobacteria using ESI-TOF-MS and PCA.Science and technologyMuller, Rolf, Krug, Daniel, Zurek, Gabriela, Schneider, Birgit, Bassmann, Carsten
Analytical limbo: how low can you go?(methodologies in gas chromatography)Science and technologyMarriott, Philip, Shin Miin Song, Ryan, Danielle, Wynne, Paul
A new weak anion-exchange/ reversed-phase mixed-mode stationary phase for simulataneous separation of basic, acidic and neutral pharmaceuticals.Science and technologyLiu, Xiaodong, Pohl, Christopher
A new weak anion-exchange/reversed-phase mixed-mode stationary phase for simultaneous separation of basic, acidic and neutral pharmaceuticals.Science and technologyLiu, Xiaodong, Pohl, Christopher
Buffer preparation- hints, tips and common errors.Science and technologyAltria, Kevin
Chiral analysis and purification Kromasil CelluCoat.Science and technologyKofoed-Hansen, Britt
Chromatography at the Australian Centre for Research on Separation Science (ACROSS), RMIT.(Royal Melbourne Institute of Technology)Science and technologyMariott, Phillip
Chromatography at the Australian Wine Research Institute.Science and technologyPollnitz, Alan
Determination of trace concentrations of bromate and bromide in natural mineral waters by reagent-free ion chromatography.Science and technologyBorba, Brian De, Rohrer, Jeffrey S.
Determination of trace concentrations of bromate and bromide in natural mineral waters by reagent-free ion chromatography.Science and technologyBorba, Brian De, Rohrer, Jeffrey S.
Gradient performance problems - a case study.(LC TROUBLESHOOTING)(Case study)Science and technologyDolan, John W., Gilroy, Jonathan J.
Highlights of HPLC 2006.(COLUMN WATCH)(International Symposium on High Performance Liquid Phase Separations and Related Techniques)Science and technologyMajors, Ronald E.
How close is close enough? Accuracy and precision.(gas chromatography)Science and technologyHinshaw, John V.
How close is close enough? Accuracy and precision.(GC CONNECTIONS)Science and technologyHinshaw, John V.
Industry profile: separation instrumentation demand.Science and technology 
Intelligent LC maximizes productivity using automated application switching.Science and technology 
Making a great connection.(GC CONNECTIONS)Science and technologyHinshaw, John V.
Making connections.(LC TROUBLESHOOTING)(liquid chromatography system)Science and technologyDolan, John W.
Meeting preview" 30th ISCC and 4th GCxGC symposium.(International Symposium in Capillary Chromatography, gas chromotography)Science and technologyGuowang, Xu, Marriott, Philip
Membrane- assisted liquid-liquid extraction trace analysis of pharmaceutical compounds in aquatic environments.Science and technologyMoeder, Monika, Lange, Franziska
Method reproducibility- a case study.(Case study)Science and technologyDolan, John W., Sigari, Nastaran
Modern techniques for the extraction of solid materials - an update.(SAMPLE PREP PERSPECTIVES)Science and technologyMajors, Ronald E.
National symposium on recent advances in analytical sciences and applications.Science and technology 
Non-classical methods in comprehensive two-dimensional gas chromatography.Science and technologyMarriott, Philip J., Morrison, Paul D.
Questions from India.(liquid chromatography)Science and technologyDolan, John W.
Rapid quantification of aflatoxins in corn by HPLC with Kobra Cell derivatization and fluorescence detection.Science and technologyTroiano, Robert, Reuter, Wilhand
Seamless method transfer from UPLC technology to preparative LC.(ultraperformance liquid chromatography )Science and technologyDiehl, Diane M., Mazzeo, Jeffrey R., Zia, Fang, Cavanaugh, Jie Y., Wheat, Thomas E.
Separation of cold medicine ingredients using UPLC technology.(ultra performance liquid chromatography)Science and technologyGrumbach, Eric S., Diehl, Diane M., Mazzeo, Jeffrey R.
Separation science at the University of Western Sydney.Science and technologyShalliker, Andrew
Simultaneous determination of positive and negative counterions using a hydrophilic interaction chromatography method.Science and technologyRisley, Donald S., Pack, Brian W.
Solid-phase extraction of amphetamine and methamphetamine from urine.Science and technologyWiedemer, Bob
System suitability and validation for chiral purity assays of drug substances.Science and technologyWrezel, P.W., Chion, I., Pakula, R., Weissmueller, D.W.
Target compound analysis: a step ahead using LC-ESI-TOF mass spectrometry.Science and technologyDecker, Petra, Pelzing, Matthias, Neusub, Christian, Ketterlinus, Ralf
The application of GC-MS to the analysis of pesticides in foodstuffs.(gas chromatography - mass spectrometry)Science and technologyGoodman, William, Meaker, Thomas
Thermal desorption-GC-MS analysis of polycyclic aromatic hydrocarbons on fine particulates in air.Science and technologyGoodman, William, Sung-Hyun
The wizards of OZ.(analytical chemistry)Science and technologyHaddad, Paul
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