Bridging the Gap Between Mass Spectrometry and Sports Science
Liam Heaney explains why closer collaboration between analytical chemists and sports scientists is needed to identify reliable markers of performance, recovery, and illness
By
James Strachan
July 13, 2026
Clinical Scorecard: Bridging the Gap Between Mass Spectrometry and Sports Science
At a Glance
Category Detail
Condition Analytical Science in Sports Performance Key Mechanisms Mass spectrometry, metabolomics, and breath analysis Target Population Athletes and sports professionals Care Setting Sports research and performance monitoring
Key Highlights
Mass spectrometry is established in anti-doping but lacks maturity in performance monitoring. Challenges exist in identifying robust biomarkers for athlete monitoring. Collaboration between analytical chemistry and sports science is essential for progress. Current research includes microbial metabolites and their potential benefits. Precision medicine in elite sports faces practical implementation challenges. Guideline-Based Recommendations
Diagnosis
Management
Monitoring & Follow-up
Focus on identifying markers for overtraining syndrome and injury risk. Risks
Complexity and workload may hinder the practical application of precision medicine. Patient & Prescribing Data
Athletes across various sports disciplines
Need for minimally invasive monitoring tools that integrate with training schedules.
Clinical Best Practices
Encourage collaboration between analytical scientists and sports researchers. Utilize proximity of labs to enhance interdisciplinary research. Focus on actionable information from metabolomics studies. Related Resources & Content
