Erin Chambers reflects on two leadership philosophies and a personal mantra that have shaped her approach to leading teams.
|Articles|July 5, 2013
- The Column-07-05-2013
- Volume 9
- Issue 12
An Improved Global Method for the Quantitation and Characterization of Lipids by High Performance Liquid Chromatography and Charged Aerosol Detection
A global lipid method has been developed using a charged aerosol detector that resolves and detects numerous classes of lipids in a single analysis. The method was used to characterize complex oil samples.
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A global lipid method has been developed using a charged aerosol detector that resolves and detects numerous classes of lipids in a single analysis. The method was used to characterize complex oil samples.
Articles in this issue
about 13 years ago
Market Profile: Supercritical Fluid Chromatography (SFC)about 13 years ago
Advances in cancer biomarker detection technologyabout 13 years ago
How UHPLC and Large Molecules Fit Togetherabout 13 years ago
Melanoma nanosensorabout 13 years ago
Contributing Factors to Poor Resolution and Sample Recovery in UHPLCAdvertisement
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At ISC 2026, a tailored C4 stationary phase resolved over 30 of 64 possible siRNA diastereomers, aiding characterization of oligonucleotide conjugates.
At ISC 2026, a 20-minute IP-RPLC–UV assay distinguished mRNA capping variants without mass spectrometry, matching a UHPLC–MS reference method.
At ISC 2026, separation science advances included a MEMS gas chromatography column for space missions that raised measured efficiency by up to 74%
Erin Chambers shares her near-term and long-term view of how artificial intelligence will shape the chromatography community.
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