The Use of Drugs in Sports

Competitive athletes are constantly in search of ways to get better, seeking a slight edge over their closest competition. They are willing to practice for countless hours, put themselves through rigorous training and follow a very strict diet. Those who are passionate about their sport are willing to do just about anything to improve performance, but just how far are athletes willing to go? With recent advancements in sports science, it has become possible to alter some elements of human physiology. The human body has been meticulously studied over the years, and as a result we are able to comprehend how complex systems function enabling the human body to perform simple everyday functions, as well as, impressive athletic performances. Science has discovered there are ways to improve the physiology of the human body to enhance athletic performance. By carefully tailoring specific functions to enhance a specific task an athlete will most likely be able to get the “one up” on the competition. Science has also discovered there are dangers associated with tampering with these complex systems that keep the human body alive and well. Unfortunately, some athletes ignore the physiological risks/ professional repercussions and indulge in enhancing some physiological processes in order to gain a slight edge against the competition. Today, as well as in the past, various sporting organizations have had to deal with performance-enhancing issues through testing of their athletes, yet these people continue to seek out ways to sneak under the wire, undetected. One example of athletes trying to beat the system is that of the recently publicized performance-enhancing dispute with blood doping in the sport of cycling, namely the use of recombinant human erythropoietin (Robinson, Mangin, and Saugy 2003). The following will discuss the function of erythropoietin, its uses in medicine and athletics, the benefits and risks of artificial along with testing methods for