TARGETED MULTI-OMICS: RAPID PLASMA PROFILING OF A BLADDER AND LUNG CANCER HUMAN COHORTPosters | 2019 | WatersInstrumentationLC/MSIndustriesProteomics , MetabolomicsManufacturerWatersKey wordslung, bladder, cancer, bile, carcinoma, urothelial, metaboquan, shown, acids, show, papillary, observed, significant, squamous, adenocarcinoma, dysregulation, assay, amino, tcdca, mediator, control, down, acylcarnitines, implicated, cohort, cell, median, anova, subjects, appeared, healthy, linking, patients, statistically, variance, pooled, represented, chart, documented, acid, mechanisms, attributed, migration, links, pathways, area, proteomics, growth, nine, been
CHARACTERIZING LUNG CANCER USING A HIGH THROUGHPUT METABOLOMICS SCREEN
CHARACTERIZING LUNG CANCER USING A HIGH THROUGHPUT METABOLOMICS SCREENRobert S. Plumb1, Lee A Gethings2, Andrew Peck11Waters Corporation, Milford, MA; 2Waters Corporation, Wilmslow, United KingdomINTRODUCTIONLung cancer is one of the most common and serious forms of cancer, with over 44,000 individuals...
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Targeted Multi-OMICS: Rapid Plasma Profiling of a Bladder and Lung Cancer Human Cohort
Targeted Multi-OMICS:Rapid Plasma Profiling of a Bladder and LungCancer Human CohortSarah Lennon, Billy Joe MolloyWaters Corporation, Wilmslow, United KingdomTARGETED MULTI-OMICS WORKFLOWFigure 1:The Waters Single Platform Targeted OMICSWorkflow. (MetaboQuan-R)Plasma samples are prepared using varioussample preparation methods before beinganalysed consecutively on a...
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Rapid Molecular Profiling of a Bladder and Lung Cancer Human Plasma Cohort using MetaboQuan-R
Rapid Molecular Profiling of a Bladder and Lung Cancer HumanPlasma Cohort using MetaboQuan-RSarah Lennon, 1 Billy Joe Molloy,1 Lee A. Gethings,1 Robert S. Plumb 2Waters Corporation, Wilmslow, UK2Waters Corporation, Milford, MA, USA1APPLICATION BENEFITS■■■■Simple, high-throughput workflowCancer is one of the most...
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Automating MetaboQuan-R and LipidQuan Data Processing with Symphony
[ TECHNOLOGY BRIEF ]Automating MetaboQuan-R and LipidQuan Data Processingwith SymphonySarah Lennon, Nyasha Munjoma, Barry Dyson, Alexander Hooper, and Lee GethingsWaters Corporation, Wilmslow, UKIncrease throughput of MetaboQuan-R and LipidQuanassays with automation of the data processing workflowin TargetLynx and Skyline using Symphony.GOALSample...
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