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Waters Corporation @WatersCorp

Waters Corporation (NYSE: WAT) is a global leader in life sciences and diagnostics, dedicated to accelerating the benefits of pioneering science.

Joined July 2009
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  • Followers 18,419
5,762 Photos and videos
👨‍🏫ThP 681 Single Cell Spatial-Omics from Culture Using DESI-MS: Static imaging vs Dynamic mapping. #ASMS2025
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👨‍🏫ThP 421 Employing a high throughput vacuum jacketed column (VJC) gradient with SELECT SERIESTM CyclicTM IMS system in a streamline lipidomics workflow. #ASMS2025
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👨‍🏫ThP 379 Using a vacuum jacketed column with a multi reflecting time-of-flight MS to increase extractables analysis throughput whilst maintaining identification. #ASMS2025 confidence
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👨‍🏫ThP 345 Characterization of phosphorothioate (PS) diastereomers in a phosphorothioated antisense oligonucleotide using ion mobility mass spectrometry. #ASMS2025
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👨‍🏫ThP 328 Calibration of Charge Detection MS Instruments. #ASMS2025
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👨‍🏫ThP 278 An Easy Workflow for the Characterisation and Relative Quantification of Recombinant Adeno-Associated Viruses (rAAVs) using Charge Detection Mass Spectrometry. #ASMS2025
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👨‍🏫ThP 138 Charge Detection Mass Spectrometry Analysis of Thermally Activated Native Protein Complexes. #ASMS2025
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👨‍🏫ThP 087 Characterization of Pyroplastic Samples Gathered Following the Largest Recorded Maritime Spill of Microplastics: The Sinking of the M/V X-Press Pearl. #ASMS2025
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👨‍🏫ThP 055 Development of a quantitative MRM assay from skin swabs rich in sebumfor early diagnosis of Parkinson’s Disease. #ASMS2025
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👨‍🏫ThP 034 Combining sensitivity, selectivity, speed and resolution: Utilization of ToF-MRM for the quantification of peptide biomarkers in human glioblastoma. #ASMS2025
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👨‍🏫ThP 005 Rapid detection of illicit materials: A new simplified prototype system using Thermal desorption Mass Spectrometry and improved targeted processing software. #ASMS2025
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👨‍🏫WP 738 Optimising the Single Cell Pipeline using a Multi-Reflecting Q-Tof Platform. #ASMS2025
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👨‍🏫WP 737 Improving shotgun lipidomic approaches for single cell analysis using single and multipass cyclic ion mobility strategies. #ASMS2025
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👨‍🏫WP 599 Approaches to measuring protein subunits in cellular supernatant followed by native analyses of their complexes. #ASMS2025
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👨‍🏫WP 585 Cyclic ion mobility-enabled electron-capture dissociation for the characterization of biotherapeutics. #ASMS2025
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👨‍🏫WP 507 Combined Ribonuclease Digestion and DIA LC-MS/MS for Enhanced sgRNA/mRNA Characterization. #ASMS2025
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👨‍🏫WP 506 Enhancing mRNA Production Quality: Comprehensive Charge Detection Mass Spectrometry (CDMS) Analysis of DNA Plasmid Structures. #ASMS2025
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👨‍🏫WP 495 A rapid HRMS method for accurately quantifying oligonucleotide deamination levels. #ASMS2025
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👨‍🏫WP 489 (Semi)-automated LC-UV-HRMS platform approach for purity analysis and impurity profiling of oligonucleotides in early drug discovery. #ASMS2025
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👨‍🏫WP 446 Metabolomics Annotation Confidence Increases with Fragment Ion Mass Accuracy. #ASMS2025
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