If the research Atlas Sports Genetics follows proves to be correct, parents might have a much easier time selecting sports for their children to play.
The Boulder-based Atlas Sports Genetics is offering a cheek swab DNA test to search for the ACTN3 gene. A 2003 study exposed a link between the ACTN3 gene and athletic prowess. Possessing the R variant of the ACTN3 gene leads to development of the fast-twitch fibers that are crucial for success in sports like football, soccer, baseball, track and field, and other sports that rely on speed and power.
Naturally, marketing genetic testing to parents who are keen to raise sons and daughters that will become professional athletes is a controversial endeavor. Some doctors and researchers feel that while ACTN3 testing is certainly a valid and useful tool in sports science, it's not meant for children.
DNA Tests to Determine Athleticism
Atlas Sports Genetics Swabs for ACTN3
Trend Themes
1. Genetic Testing for Athleticism - The growing interest in DNA testing for athletic potential presents opportunities for companies to develop innovative genetic testing methods.
2. Personalized Sports Selection - The use of genetic testing to inform sports selection for children opens up the possibility for personalized training and development programs.
3. Ethical Considerations in Athletic Genetics - The controversy surrounding genetic testing for athletic genes highlights the need for ethical guidelines and regulations in the sports genetics industry.
Industry Implications
1. Sports Genetics - Companies specializing in sports genetics testing have the opportunity to create new products and services for athletes and their families.
2. Sports Science - The field of sports science can integrate genetic testing technologies to develop evidence-based training methods and programs.
3. Healthcare and Genetics Counseling - The debate surrounding genetic testing for athletic genes creates a need for healthcare professionals and genetic counselors to provide guidance and support to individuals and families.