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VWR/Avantor
VWR/Avantor
Avantor is setting science in motion to create a better world. Acquired by Avantor in 2017, VWR remains the Company's distribution and e-commerce channel. Avantor is a trusted global partner to customers and suppliers in the life sciences and advanced technologies &applied materials industries.
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Back to Basics 2: Mobile Phase Selection In HPLC & UHPLC

RECORD | Already taken place Th, 28.1.2021
Mobile phase composition is a fundamental decision which has a major impact on the separation of analytes in your HPLC or UHPLC method.
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Avantor/VWR: Back to Basics 2: Mobile Phase Selection In HPLC & UHPLC
Avantor/VWR: Back to Basics 2: Mobile Phase Selection In HPLC & UHPLC

It has an effect on retention time of analytes, selectivity between these and the peak efficiency. Consideration should be taken not only to the type of solvents used, but also the concentration of these and whether an isocratic run or a gradient run is most suitable. Additives can also impact the resolution, retention and peak shape of sample analytes and so careful choice of buffer must also be made.

We discuss all of these topics, looking at the most commonly used organic modifiers for reversed phase U/HPLC in both isocratic and gradient methods and how these can impact your separation and run times.

A number of topics will be covered during the seminar:

  • Solvent options for U/HPLC
  • Method development solvent considerations
  • Isocratic and gradient chromatography
  • Influence of buffer salt and pH on separations

Presenter: Gemma Lo

Gemma Lo is a key part of the business development team at Avantor, and is responsible for leading a wide range of HPLC and UHPLC training events and seminars across Europe. Gemma has over a decade of experience working in the technical support team, troubleshooting chromatography methods, recommending suitable column chemistries, and supporting the vast range of HPLC and UHPLC columns in the portfolio. Originally a Biochemist, her focus areas include the analysis of biomolecules by various chromatographic techniques, and the analysis of polar analytes.

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