Improving the Analysis of Polar Analytes with Novel HILIC Phases on Superficially Porous Particle LC Columns

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Webinar

  • Date: Feb 8, 2018 - 16:00 - 17:00 (local time)
  • Presenter: Anne MackAgilent Technologies
  • Categories: HPLC
thumbnail image: Improving the Analysis of Polar Analytes with Novel HILIC Phases on Superficially Porous Particle LC Columns

Latest webinar from Agilent Technologies

Improving the Analysis of Polar Analytes with Novel HILIC Phases
on Superficially Porous Particle LC Columns

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Thursday, February 8, 2018 – 16:00 UTC
8am PST  |  11am EST  |  4pm UK  |  5pm CET

Click here to check the time in your own country

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The rapidly advancing fields of pharmaceuticals, pesticide analysis, and food testing have encountered a major challenge in the separation and quantitation of highly polar analytes. Adequately retaining and separating small polar molecules with reversed-phase liquid chromatography (RPLC) is often a challenging task. Alkyl phase LC columns, like C18, are a common starting point for LC method development, but highly polar analytes are poorly retained on these non-polar stationary phases. Several techniques have been developed to analyze polar compounds: pH adjustment, ion pairing, normal phase chromatography, derivatization, ion chromatography, and hydrophilic interaction chromatography (HILIC). Of these, HILIC has rapidly gained popularity among many chromatographers for its ability to retain and separate polar analytes.

This presentation will address the use and best practices of HILIC stationary phases with regards to optimal polar compound retention. Stationary phases, solvent strength and buffers types will be addressed with respect to their unique impact on hydrophilic interaction chromatography, as well as advantages and disadvantages to the technique. Two novel HILIC chemistries on superficially porous particle columns will demonstrate these method considerations along with technical advancements in the area of highly efficient HILIC separations when compared to traditional HILIC stationary phases.

Key learning objectives:

  • Obtain brief background on HILIC analyses; history, retention mechanism, comparison to RPLC
  • Learn about method development for polar analytes, including unique HILIC method parameters
  • Learn Pros and Cons of the HILIC technique and why HILIC is an ideal choice for polar analytes
  • Discuss various HILIC stationary phases and when to use what
  • Additional tips and tools to ensure a robust method

Who should attend:

  • Lab Managers of contract, government, or QA/QC labs
  • Analytical chemists who develop methods for polar compounds in environmental, pharmaceutical, or food samples
  • Analysts and technicians performing analysis of polar compounds
  • Graduate students and post-docs working on environmental, pharmaceutical, or food analyses

   Your Presenter

Anne Mack

Anne Mack

Applications Scientist
Agilent Technologies

Anne Mack: Biography

Anne is an application scientist at Agilent Technologies, specializing in small molecule LC columns, ranging from HPLC to UHPLC. Anne has worked at Agilent for 11 years. She started as a Field Service Engineer repairing both liquid and gas phase instruments. Since she joined the applications team in 2008, she has supported new LC products in R&D as well as the entirety of the existing small molecule LC column portfolio in Marketing. Specific projects she has supported include superficially porous particle columns, sub-2-μm columns, HILIC, chiral, and large pore superficially porous particle columns for biological analyses.

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