Integration of the Forensic Dimension into Anti-Doping Strategies

Area of Science:

• Sports Science
• Forensic Science
• Criminology

Background:

• Traditional anti-doping research focused on technological advancements for detecting prohibited substances.
• Increasingly sophisticated doping methods necessitate a paradigm shift in anti-doping strategies.
• The Lance Armstrong case highlighted the limitations of existing anti-doping approaches.

Purpose of the Study:

• To explore the transposition of forensic intelligence concepts to anti-doping efforts.
• To develop proactive strategies for detecting and preventing doping at individual and organized levels.
• To enhance the effectiveness of anti-doping authorities through improved information processing.

Main Methods:

• Applying forensic intelligence principles to anti-doping.
• Collecting, structuring, and logically processing diverse information sources.
• Integrating intelligence with traditional bioanalytical testing methods.

Main Results:

• Forensic intelligence provides value beyond bioanalytical testing.
• It enables a proactive rather than reactive approach to doping issues.
• Information processing can detect individual and organized doping and trafficking.

Conclusions:

• Transposing forensic intelligence to anti-doping is a promising strategy.
• This approach can provide timely, accurate, and usable information for decision-making.
• Integrating intelligence strengthens anti-doping strategies for greater effectiveness and robustness.