Vol 18 No 12 The Column December 2022 North American PDF

Ep. 37: On the Subject of Flow Imaging Microscopy in Collaboration with the American Association of Pharmaceutical Scientists

HPLC is the method of choice for enhancing the purity of synthesized peptides. Here, a systematic and efficient workflow for scaling up peptide purification is shown.

June 2nd 2025

Automated MOSH/MOAH Determination in Seasoning Oils

In episode #37 of Analytically Speaking, podcast host Dr. Jerry Workman speaks with Dr. Austin Daniels, application scientist for Yokogawa Fluid Imaging Technologies, about flow imaging microscopy (FIM), a new technology for sub-visible particle characterization in biologics.

GERSTEL GmbH & Co. KG

Ep. 36: A Day in the Life of a NIST Scientist

May 14th 2025

Researchers Use GC–MS to Simulate Emissions from Sustainable Binder Curing

Worker insulate the attic with mineral wool | Image Credit: © Alekss - stock.adobe.com

Characterizing Algae Hydrocolloids with Chromatographic Separations

New gas chromatography-based approaches were tested for detecting volatile organic compound (VOC) emissions for binders used in mineral wool insulation products.

Details of Aquarium Algae or Green Seaweed | Image Credit: © Nastya Tepikina - stock.adobe.com

Easy method scale-up for peptide purification

A new separation platform based on chromatographic techniques was used to characterize algae hydrocolloids.

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KNAUER

Ep. 37: On the Subject of Flow Imaging Microscopy in Collaboration with the American Association of Pharmaceutical Scientists

HPLC is the method of choice for enhancing the purity of synthesized peptides. Here, a systematic and efficient workflow for scaling up peptide purification is shown.

June 2nd 2025

Automated MOSH/MOAH Determination in Seasoning Oils

GERSTEL GmbH & Co. KG

Ep. 36: A Day in the Life of a NIST Scientist

May 14th 2025

Researchers Use GC–MS to Simulate Emissions from Sustainable Binder Curing

Characterizing Algae Hydrocolloids with Chromatographic Separations

New gas chromatography-based approaches were tested for detecting volatile organic compound (VOC) emissions for binders used in mineral wool insulation products.