The PCC aims to support world-class research in efforts to enhance doping detection and deterrence methods. It focuses on funding research that contributes to cleaner sports by addressing the root causes of doping and reducing the use of performance-enhancing drugs across all sports levels. By translating research outcomes into practical applications, the PCC endeavors to uphold the integrity of competitive athletics through scientific innovation.
The PCC grant program seeks to fund innovative research that improves the effectiveness and accuracy of doping detection methods and supports the wider clean sport movement. This includes the development of new and cost-effective testing methods, novel protocols for uncovering currently undetectable substances or evasive doping strategies, and advancements in analytical chemistry and biochemistry for substance detection. Furthermore, the grant aims to support studies that enhance understanding of pharmacokinetics and pharmacodynamics of doping substances, differentiate between doping and contamination, and develop new biomarkers for doping detection, including for the Athlete Biological Passport. The program also encompasses research on prohibited gene doping, stem cell therapies, and the application of technologies like artificial intelligence to optimize anti-doping programs. Surveys and social science research aimed at quantifying doping deterrence and educating various athletic communities are also within its funding interests, with no specified maximum or minimum grant amounts, and an average grant size around $130,000.