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Andrew+ Pipetting Robot for LC/LC-MS general liquid handling

26 Mar 2021

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The connected laboratory for LC and LC-MS Workflow Automation

26 Mar 2021

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Electronic pipettes and the connected lab

26 Mar 2021

Product Brochures

Domino/Device+ Catalog

26 Mar 2021

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Flyer: Ordering on Waters.com has never been easier

25 Mar 2021

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Flyer: Waters.com eQuotes

25 Mar 2021

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Improving drug metabolite identification in biofluids with the ACQUITY PREMIER and hybrid organic surface technology

23 Feb 2021

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PREMIER standards to investigate the inertness of chromatographic surfaces

19 Feb 2021

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Maximizing phosphopeptide recovery in LCMS studies with MaxPeak High Performance Surfaces technology

19 Feb 2021

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Demonstrating improved sensitivity and dynamic range with HPS technology: A case study on the detection of nucleotides

19 Feb 2021

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Improvements in sensitivity for quantification of steroid phosphate drugs using ACQUITY PREMIER and MaxPeak HPS Columns

19 Feb 2021

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Improved analytical sensitivity and chromatographic peak shape for the quantification of TCA cycle analytes in human plasma using the ACQUITY PREMIER System

19 Feb 2021

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ACQUITY PREMIER LC technology significantly improves sensitivity, peak shape, and recovery for phosphorylated and carboxylate lipids

19 Feb 2021

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Enhancing the LC-MS/MS analysis of B group vitamins with MaxPeak High Performance Surface technology

19 Feb 2021

Application Notes

Advantages of using ACQUITY PREMIER System and columns with MaxPeak HPS technology for bioanalysis of gefitinib

19 Feb 2021

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Utilization of the ACQUITY PREMIER System and columns for improved oligonucleotide bioanalytical chromatographic performance

19 Feb 2021

Application Notes

Bypassing LC system passivation requirements using ACQUITY PREMIER with MaxPeak HPS Technology

11 Feb 2021

White Papers

Low adsorption UPLC systems and columns based on MaxPeak High Performance Surfaces: The ACQUITY PREMIER solution

8 Feb 2021

Case Studies

Non-specific adsorption: Common causes, how it affects chromatographic results, and how to prevent it

27 Jan 2021

Application Notes

Method transfer for a fast gradient from a binary HPLC to an Arc HPLC System

17 Dec 2020

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Improved chromatographic analysis of oligonucleotides with ACQUITY PREMIER Oligonucleotide BEH C<sub>18</sub> Columns

26 Oct 2020

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Biological interpretation of breast cancer using rapid multi-omic profiling methods

26 Oct 2020

Application Notes

Cross validation of an automated LipidQuan sample preparation procedure

26 Oct 2020

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Improved peak shape and wide selectivity range with ACQUITY PREMIER Columns

26 Oct 2020

Application Notes

Low adsorption HPLC columns based on MaxPeak high-performance surfaces

26 Oct 2020

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Selected Filters:

Andrew+ Pipetting Robot for LC/LC-MS general liquid handling

The connected laboratory for LC and LC-MS Workflow Automation

Electronic pipettes and the connected lab

Domino/Device+ Catalog

Flyer: Ordering on Waters.com has never been easier

Flyer: Waters.com eQuotes

Improving drug metabolite identification in biofluids with the ACQUITY PREMIER and hybrid organic surface technology

PREMIER standards to investigate the inertness of chromatographic surfaces

Maximizing phosphopeptide recovery in LCMS studies with MaxPeak High Performance Surfaces technology

Demonstrating improved sensitivity and dynamic range with HPS technology: A case study on the detection of nucleotides

Improvements in sensitivity for quantification of steroid phosphate drugs using ACQUITY PREMIER and MaxPeak HPS Columns

Improved analytical sensitivity and chromatographic peak shape for the quantification of TCA cycle analytes in human plasma using the ACQUITY PREMIER System

ACQUITY PREMIER LC technology significantly improves sensitivity, peak shape, and recovery for phosphorylated and carboxylate lipids

Enhancing the LC-MS/MS analysis of B group vitamins with MaxPeak High Performance Surface technology

Advantages of using ACQUITY PREMIER System and columns with MaxPeak HPS technology for bioanalysis of gefitinib

Utilization of the ACQUITY PREMIER System and columns for improved oligonucleotide bioanalytical chromatographic performance

Bypassing LC system passivation requirements using ACQUITY PREMIER with MaxPeak HPS Technology

Low adsorption UPLC systems and columns based on MaxPeak High Performance Surfaces: The ACQUITY PREMIER solution

Non-specific adsorption: Common causes, how it affects chromatographic results, and how to prevent it

Method transfer for a fast gradient from a binary HPLC to an Arc HPLC System

Improved chromatographic analysis of oligonucleotides with ACQUITY PREMIER Oligonucleotide BEH C<sub>18</sub> Columns

Biological interpretation of breast cancer using rapid multi-omic profiling methods

Cross validation of an automated LipidQuan sample preparation procedure

Improved peak shape and wide selectivity range with ACQUITY PREMIER Columns

Low adsorption HPLC columns based on MaxPeak high-performance surfaces

Resources

Resources FilterResources Filter

Search

Selected Filters:

Andrew+ Pipetting Robot for LC/LC-MS general liquid handling

The connected laboratory for LC and LC-MS Workflow Automation

Electronic pipettes and the connected lab

Domino/Device+ Catalog

Flyer: Ordering on Waters.com has never been easier

Flyer: Waters.com eQuotes

Improving drug metabolite identification in biofluids with the ACQUITY PREMIER and hybrid organic surface technology

PREMIER standards to investigate the inertness of chromatographic surfaces

Maximizing phosphopeptide recovery in LCMS studies with MaxPeak High Performance Surfaces technology

Demonstrating improved sensitivity and dynamic range with HPS technology: A case study on the detection of nucleotides

Improvements in sensitivity for quantification of steroid phosphate drugs using ACQUITY PREMIER and MaxPeak HPS Columns

Improved analytical sensitivity and chromatographic peak shape for the quantification of TCA cycle analytes in human plasma using the ACQUITY PREMIER System

ACQUITY PREMIER LC technology significantly improves sensitivity, peak shape, and recovery for phosphorylated and carboxylate lipids

Enhancing the LC-MS/MS analysis of B group vitamins with MaxPeak High Performance Surface technology

Advantages of using ACQUITY PREMIER System and columns with MaxPeak HPS technology for bioanalysis of gefitinib

Utilization of the ACQUITY PREMIER System and columns for improved oligonucleotide bioanalytical chromatographic performance

Bypassing LC system passivation requirements using ACQUITY PREMIER with MaxPeak HPS Technology

Low adsorption UPLC systems and columns based on MaxPeak High Performance Surfaces: The ACQUITY PREMIER solution

Non-specific adsorption: Common causes, how it affects chromatographic results, and how to prevent it

Method transfer for a fast gradient from a binary HPLC to an Arc HPLC System

Improved chromatographic analysis of oligonucleotides with ACQUITY PREMIER Oligonucleotide BEH C<sub>18</sub> Columns

Biological interpretation of breast cancer using rapid multi-omic profiling methods

Cross validation of an automated LipidQuan sample preparation procedure

Improved peak shape and wide selectivity range with ACQUITY PREMIER Columns

Low adsorption HPLC columns based on MaxPeak high-performance surfaces

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