The chairman of the Olympic Committee mandated all athletes use their patented deer antler extract to increase recovery, growth and performance. Don't you remember the Soviet who dominated Rocky? And to those who know their history, the Soviets did actually dominated Olympic sports, especially weightlifting, from the early 70's to the late 80's. Could this have been a secret confidential edge?
IGF-1 is currently on the World Anti-Doping Agency’s prohibited list due to how it gives athletes an unfair advantage in terms of building strength and muscle mass. (7) However, it’s still legal to use supplements that may provide IGF-1 or similar effects. Most of the studies that show positive results from using deer antler supplements have used high doses. And some have tested the product on animals (mice or rats) rather than humans.
Even more intriguing is how the stags manage to regrow their antlers. Scientists have found stem cells at the bases of antlers’essentially ‘blank’ cells that can develop into many different types of cell, such as a skin cell or a cartilage cell. If they could find out what triggers the stem cells and controls their development into antlers, the knowledge could be applied to the regeneration of human limbs and organs. Scientists know that the shedding is initiated by a fall in the hormone testosterone, a change linked to an increase in day length, and they think oestrogen may be a key cellular regulator. However, much more research on a molecular level is required to unravel what is clearly an intricate process.
People with osteoarthritis take chondroitin sulphate as an anti-inflammatory and velvet antler contains a high concentration of this compound, as well as significant amounts of glucosamine sulphate. Both appear to inhibit the depletion of bone and cartilage. The use of velvet antler in treating rheumatoid arthritis is being studied at the University of Calgary and the University of Alberta.
A study (Yudin and Dobyrakov, 1974) on the effect of deer antler velvet extract on the static load-bearing capacity of subjects found that those who took the extract increased the time of work by 2-4 seconds compared to the control group. In tests of dynamic work using a veloergometer, the subjects who took the extract increased the work output 4 to 5 times more than the control group.
Unfortunately, the potential problems with IGF would seem to negate any of these theoretical benefits. It has been shown that improper use of hormones such as dehydroepiandrosterone (DHEA), androstenedione, and human growth hormone may increase the risk for development of prostate cancer or promote the growth of existing prostate cancer by raising IGF-1 levels. Therefore, men who are taking supplements with IGF in it (or those that raise IGF levels) could theoretically be putting themselves at an increased risk for prostate cancer. Again, it hasn’t been rigorously studied so it’s impossible to know for sure, but if you have any risk factors for prostate cancer, it’s probably best to avoid taking this supplement.
In a randomized, placebo controlled test in 2004, researchers at the University of Alberta, Canada, placed 18 males from the Edmonton Police Force into a 9 week strength training program. The results showed that deer antler velvet increased the strength and endurance of the subjects relative to the control group. The researchers found that use of deer antler velvet significantly increased blood plasma testosterone levels.
Cassie Bell is an editor, blogger, writer, and teacher, and obtained a Bachelor of Science in Education from the University of Central Arkansas. Previously, she was a soldier in the Army for eight years as a Dental Assistant and currently work full-time as an English teacher. She believes children are the future, and my goal is to make them life-learners. She builds a positive rapport with students, parents, and the community. She believes in continuing to higher your education and professional development to enhance content and pedagogical skill as well as technology. She is a mother of two with her husband in Arkansas. You can connect with her on Linkedin.
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The harvesting of deer antler velvet can be a painful process, as the velvet tissue contains an abundance of nerves and bleeds profusely if cut or removed. Dr. Low Dog says she has no problem with harvesting velvet from deer killed for food, but is concerned that shortcuts will be taken should demand for the supplements continue to grow. She notes that the United Kingdom has banned the removal of deer antler velvet under its welfare-of-livestock regulations, unless the antlers have been damaged or most of the velvet has been shed.
There is an increasing amount of scientific evidence supporting the benefits of deer antler velvet from decades of research carried out in Russia, Korea, China, Japan, Australia and New Zealand. This research has given credibility to deer antler velvet’s traditional usage and validated recommendations for its inclusion as an everyday health supplement. Almost 250 papers have been published since 1930 on the manufacture, composition and biochemical effect of deer antler velvet. Studies on deer antler velvet and the corresponding findings are described below.
Research has been conducted on the potential use of deer antler velvet for healing of wounds. In Russia (Arapov, 1969), Pantocrin was administered to patients with surgical and internal wounds. The study reported that there were a number of positive effects, including the normalization of arterial pressure, reduction in surgical complications, and becoming active quicker. In tests on rats (Wang, 1985), bone fracture repair was accelerated. A recent study by Bubenik found that antler helped heal epidermal wounds in rats. In another study by Takikawa, et al., researchers reported observing new bone formation following experimental whiplash injuries in rabbits. Pretreatment in rats reduced cell degradation and improved recovery times from extreme temperature and electric shock exposure.