The upcoming and much-anticipated practices involving the use of genes and genetic elements can potentially enhance the athletic performance of the Olympic long jumper. [1]
Extensive research was conducted to identify new gene therapy methods capable of improving long jump execution, specifically in the following sporting aspects:
- Modification of Athlete’s Height – for an ideal body ratio of approximately 50%+ legs –
- Endurance
- Tendon strengthening
Although genetic modifications can lead to mutations and disadvantages, these techniques will be employed delicately and with the greatest scientific tools to minimise the probability of arising inconveniences, and the athlete will be able to continue to lead a normal life after the Olympics.
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Figure glossary: Gene, gene expression, cartilage, extracellular matrix, osteoarthritis, PPAR delta, slow-twitch fibres, mitochondria, fast-twitched fibres, viral vector, CRISPR, mechanical stress, transcription factor, tenocytes.