On October 16, 2004, the closest runner was above 2 miles following Nina Kraft when she crossed the finish line of the Ironman Triatholon in Hawaii.

She should have felt triumphant, but she kept her head down and hardly looked up at the congratulating crowd. After some weeks later, the results were announced and she had tested positive for recombinant erythropoietin. It is a kind of drug that enhances endurance. "I was going crazy," she was telling the press. "I never actually enjoyed my victory in Hawaii. Rather, I was ashamed the whole time, particularly in front of my family. I cheated." Since after that time, doping has become a growing problem in competitive and Olympic sports.

Now, whenever an athlete is first introduced to StemEnhance, the first question is always, "Does it include any stimulant? Will it show on testing for illegal drug?" Various years ago, there was a test conducted about AFA for doping in horses. After that many trainers saw how big amounts of AFA aided horses on the race track. However, going through the doping test successfully in horses was not sufficient for top athletes because of the attention given to the trouble of doping since past few years. For that reason, recently we contacted international agencies involved in testing for doping and tested StemEnhance.

Results: StemEnhance is absolutely secure for athletes.

But why a strong athlete would take interest in StemEnhance? The main concept in a person’s mind is a body without any disease, and athletes are the true pictures of healthy body. To have better understanding of why athletes like StemEnhance, we will have to think of health as extremely optimal state of the body in order to attain super performance. According to this point of view, improving stem cells constitutes a one of its kind training and performance approach.

Not more than a year ago, I got a letter from two high school students in Florida, Hanna and Ilisa Lee. In the letter, they were asking if I would take interest in assisting them in a project for the local Science fair. Also, they made the case that if stem cells may travel to muscles and aid muscles in recovering quicker after exercise, then the capability to exercise the day after a rigorous workout would be much higher. This is how everyday athletes could go on advanced level in their training, turning in premium performances. As a result, athletes who take StemEnhance should improve their performance much faster. I was seriously impressed with this. These two teenagers had clear understanding of all this. I asked for a comprehensive protocol and we signed a contract. (My key motivation for a signed paper was that I needed them to take the project really critically. A serious approach was the best I could do to promote the expansion of these two young scientists’ knowledge. In fact, their project was a golden chance for them to experience the enthusiasm of scientific examination.)

They started working on their project and performed fabulous in this regard. They documented how rowers at the University of Florida got higher performance with the passage of time when taking StemEnhance as compared to the teammates who were not taking StemEnhance. The science project of Hanna and Ilisa ended up providing the introductory work for a more in-depth controlled study being carried out currently by a specialist in exercise physiology.

Now, we are able to have a look at the use of StemEnhance by athletes in more detail. In theory, how can StemEnhance become a reason to provide athletes an "extra edge?" We are required to look at the physiology of athletic training to get better understanding of this relationship. When an athlete performs training with maximum effort on daily bases, various microscopic lesions are produced in muscles, tendons and ligaments. These microscopic lesions quickly become the spot of discomfort. The reaction of the body to this distress generates molecules, which produce minor local edema in an effort to boost up blood flow, nutrient delivery and cellular circulation, in addition to lymphatic drainage to remove cellular debris. However, this process also produces molecules, which help in mediating discomfort, and the ultimate purpose of discomfort is to put a boundary to the person's movements to optimize the recovery process. The procedure of distress is very attention-grabbing, as it works to limit the exposure of further stress. A muscle that is rich with micro-lesions will not contract to the fullest. This is because the body will neurologically show muscle contraction to avoid further anxiety. But if a person is an athlete in training, he or she will consume some pain killer and perform more training on the next day. This exercise will create more lesions. As the process progresses day after day, a chronic situation will gradually develop in the athlete, which limits the ability to train to the optimum level.

As element of the body's reaction to training stress, the micro-lesions also generate components which attract stem cells, as stem cells perform their act of daily renewal. The number of stem cells that are available to migrate to the recovering muscles is directly proportional on the number of circulating stem cells. When stem cells migrate into the muscle and become muscle cells, they may speed up the process of recovery after powerful workouts session. As a consequence, at the next day to training, the athlete using StemEnhance will have better muscles prepared for an additional workout and the person may be enabled to exercise to a greater extent. There may be less difference when viewed on daily bases, but the difference can mount up. Accordingly, the ability to perform a little bit more on regular bases may become a significant cause to prominent differences over time. StemEnhance is not product to enhance greater muscle mass or better strength. It also des not support some hormonal process, however it merely helps the muscles, ligaments, tendons and connective tissue in their process of recovery after thorough workout session. More probably, it will enable he athletes to train everyday to the fullest, so they may tap more competently into their own potential.

I remember that a few years ago, when there was no knowledge about the effect AFA has on stem cells, Dan O'Brien, 1996 Decathalon Gold Medallist was sharing in an interview that the supplement he was taking was the only one with large quantities of AFA. He also told, "all it can do is to provide me an edge every day." At that time, he may not be familiar with the actual functionality of AFA in his body, but he was sure about that AFA was something which helped him become world champion.

In present days, a large number of athletes are adding StemEnhance as part of their winning strategies. With the deep examination athletes have to go through to remain fierce competitors without the use of forbidden performance boosting drugs, StemEnhance. StemEnhance is a 5:1 concentration of AFA, which will prove an exclusive tool to improve maximum training for peak performance. As a result, the team of athletes using StemEnhance will definitely grow because it makes its official appearance on lists of secure and healthy supplements for athletes. We are anxiously waiting the results of the study exploring the effect of StemEnhance on athletic performance. This study is being conducted by an expert in the field of exercise physiology. Significantly positive results from this study will assist to verify the evidence gathered by Hanna and Ilisa, in addition to the experience of the many athletes who use StemEnhance each day as a significant part of their training routine.