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Gene doping: Present and future.
Rebeca Araujo Cantelmo1, Alessandra Pereira da Silva2, Celso Teixeira Mendes-Junior3
1Curso de Especialização em Ciências Forenses, Instituto Paulista de Estudos Bioéticos e Jurídicos (IPEBJ), Ribeirão Preto, Brazil.
Gene doping, a sophisticated new method, poses a significant challenge to elite athletes and anti-doping efforts. Current detection methods are lacking, making gene doping difficult to combat.
Area of Science:
- Sports Science
- Genetics
- Biotechnology
Background:
- Elite athletic competition drives the pursuit of performance enhancement.
- Doping methods have evolved significantly with scientific advancements.
- Gene doping represents the latest frontier in performance-enhancing substances.
Observation:
- This article provides a bibliographic survey of gene doping from 1983 to 2018.
- Gene therapy advancements are rapidly increasing the potential for gene doping.
- No approved detection techniques for gene doping currently exist.
Findings:
- The sophistication of gene doping techniques is rapidly increasing.
- The rapid advancement of gene therapy makes gene doping eradication nearly impossible.
- Existing anti-doping strategies are insufficient to address gene doping.
Implications:
- The potential for gene doping necessitates urgent ethical and regulatory discussions.
- Proactive measures are crucial to prevent irreversible consequences in sports.
- Future anti-doping policies must adapt to biotechnological progress.
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