The Proteomics of Precision – with Jennifer Van Eyk: Part 2
By James Strachan
July 22, 2026
“We’re missing huge opportunities”: Jennifer Van Eyk on the real drivers of precision healthcare and the future of drug development
4 min read
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By James Strachan
July 22, 2026
“We’re missing huge opportunities”: Jennifer Van Eyk on the real drivers of precision healthcare and the future of drug development
4 min read
By James Strachan
July 13, 2026
Shane and Britton Needham speak from personal experience on the potential of wearable analytical devices for athletes
6 min read
By James Strachan
July 13, 2026
Could analytical science help hypertrophy researchers – and lifters – improve our understanding of muscle building science and practice?
13 min read
By James Strachan
July 13, 2026
Nathan Lawler discusses how longitudinal metabolomics could help track the way athletes respond to training, competition, travel, and recovery
13 min read
By James Strachan
July 13, 2026
Liam Heaney explains why closer collaboration between analytical chemists and sports scientists is needed to identify reliable markers of performance, recovery, and illness
13 min read
By James Strachan
July 13, 2026
Travis Nemkov and Angelo D’Alessandro discuss how molecular profiling in elite athletes could inform personalized exercise, healthy aging, and cancer recovery
10 min read
By James Strachan
July 13, 2026
Armed with ever-more practical and powerful sampling devices, omics workflows, and wearable tech, could elite athletes pioneer a more precise approach to sport – and health?
20 min read
By James Strachan
July 3, 2026
As Roche Diagnostics secures a first-of-its-kind CLIA designation, Allyson Kozak considers what it means for the future of clinical mass spectrometry
4 min read
June 30, 2026
High-resolution metabolomics identifies erucamide depletion in retinal degeneration and links restoration to neurovascular rescue
3 min read
By James Strachan, Frank van Geel
June 17, 2026
Ahead of ISC2026 in Prague, Jennifer Van Eyk explains how scalable LC-MS workflows and single-cell proteomics are helping reveal the biological differences that could make precision medicine a clinical reality
4 min read
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