Erin Chambers reflects on two leadership philosophies and a personal mantra that have shaped her approach to leading teams.
|Articles|August 19, 2009
Advantages of Using Ultra High Temperature in High Throughput LC and LC–MS
This work demonstrates gains of up to 7-fold in signal to noise ratio with APCI mass spectrometry and reduction in analysis times of 5- to 8-fold
Advertisement
The use of very high temperatures (up to 200 °C) in liquid chromatography has advantages in terms of throughput and sensitivity of the analysis. The work presented in this article demonstrates gains of up to 7-fold in signal-to-noise ratios with APCI mass spectrometry and reduction in analysis times of 5- to 8-fold.
Advertisement
Related to this article
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.
Advertisement
Advertisement
Trending on LCGC International
1
Sequential Surrogate Optimization for Supercritical Fluid Extraction–Supercritical Fluid Chromatography–Tandem Mass Spectrometry Method Development
2
UHPLC-MS Reveals Metabolic Signatures in Epilepsy
3
"One-Shot" Solutions for Preparative Chiral Sub/Supercritical Fluid Chromatography Using Chiroptical Detection
4
SFC Points to Greener Path for Chromatography
5