The Biemann Medal was awarded to Sarah Trimpin at the American Society for Mass Spectrometry (ASMS) conference on Tuesday, June 4, at the Georgia World Congress Center in Atlanta, Georgia. Trimpin is a professor of chemistry at Wayne State University (Detroit, Michigan).
The Biemann Medal was awarded to Sarah Trimpin at the American Society for Mass Spectrometry (ASMS) conference on Tuesday, June 4, at the Georgia World Congress Center in Atlanta, Georgia. Trimpin is a professor of chemistry at Wayne State University (Detroit, Michigan).
The Biemann Medal is awarded to an individual early in his or her career to recognize significant achievement in basic or applied mass spectrometry. Trimpin’s award is for unusual observation of highly charged protein ions in an atmospheric pressure matrix-assisted laser desorption-ionization (MALDI) experiment that led to her discovery that ionization occurs simply by passing compounds through the inlet of a mass spectrometer. Trimpin demonstrated that her simple approach achieves sensitivity comparable with, and frequently better than, electrospray or MALDI.
Through fundamental studies, Trimpin discovered solid matrices that produce highly charged ions upon laser ablation using MALDI ion sources. She also discovered matrix compounds that spontaneously produce multiply charged ions when exposed to vacuum (termed matrix-assisted ionization). She has now discovered more than forty matrices that spontaneously produce analyte ions. Her work has been recognized by numerous awards and has led to commercialization.
Best of the Week: Exclusive on Flow Imaging Microscopy, Interview with PNNL Chief Science Officer
April 4th 2025Top articles published this week include several interviews with key opinion leaders on various topics including advanced mass spectrometry (MS) technologies in studying diseases, microplastic detection, and interpreting Raman spectra.
New Multi-Spectroscopic System Enhances Cultural Heritage Analysis
April 2nd 2025A new study published in Talanta introduces SYSPECTRAL, a portable multi-spectroscopic system that can conduct non-invasive, in situ chemical analysis of cultural heritage materials by integrating LIBS, LIF, Raman, and reflectance spectroscopy into a single compact device.