The use of genetic testing within sport is a hotly debated topic, with concerns around utility, validity, and the ethical use of any collected data. Whilst the general scientific consensus is that genetic testing has no utility within sport, research suggests around 10% of athletes have undertaken a genetic test—and more would be willing to do so. This highlights the need for a pragmatic approach to the use—or otherwise—of genetic testing in sport, with a recent article seeking to develop a framework for its use. However, there are still many unanswered and unexplored aspects around the use of genetic information in elite sport, including whether it is truly necessary and whether athletes can be adequately protected from misuse of their gen...
The genetic component of athletic performance approximates 50%, depending on which specific element ...
This article investigates the legal implications of the use of genetic testing in sport, that is, th...
This review is based on the BASES position stand on "Genetic Research and Testing in Sport and Exerc...
In this short commentary, I provide considerations for whether genetic testing is a worthwhile inves...
Sports medicine ethics is neither a well established branch of sports medicine nor of medical ethics...
Current scientific evidence does not support the implementation of genetic tests to enhance the proc...
As Australia's peak high-performance sport agency, the Australian Institute of Sport (AIS) has devel...
This chapter addresses the potential use of genetic tests to predict performance and/or risk of exer...
The British Association of Sport and Exercise Sciences (BASES) Molecular Exercise Physiology Intere...
Recently, knowledge of the genetic influence on the attainment of elite athlete status, along with a...
The purpose of the study was to investigate the current use of genetic testing in UK elite sport and...
Differences in the DNA sequence between humans are responsible for much of the variation in sport- a...
The genetic component of athletic performance approximates 50%, depending on which specific element ...
This article investigates the legal implications of the use of genetic testing in sport, that is, th...
This review is based on the BASES position stand on "Genetic Research and Testing in Sport and Exerc...
In this short commentary, I provide considerations for whether genetic testing is a worthwhile inves...
Sports medicine ethics is neither a well established branch of sports medicine nor of medical ethics...
Current scientific evidence does not support the implementation of genetic tests to enhance the proc...
As Australia's peak high-performance sport agency, the Australian Institute of Sport (AIS) has devel...
This chapter addresses the potential use of genetic tests to predict performance and/or risk of exer...
The British Association of Sport and Exercise Sciences (BASES) Molecular Exercise Physiology Intere...
Recently, knowledge of the genetic influence on the attainment of elite athlete status, along with a...
The purpose of the study was to investigate the current use of genetic testing in UK elite sport and...
Differences in the DNA sequence between humans are responsible for much of the variation in sport- a...
The genetic component of athletic performance approximates 50%, depending on which specific element ...
This article investigates the legal implications of the use of genetic testing in sport, that is, th...
This review is based on the BASES position stand on "Genetic Research and Testing in Sport and Exerc...