It is given as a supplement and has many benefits including improving oxygen utilization and reducing lactic acid formation in horses. Utilising DMG will see dramatic increases in oxygen uptake and therefore produces improved results and a faster recovery time after racing.ĭMG (Dimethylglycine) is a naturally occurring nutrient often described as an ergonomic food factor or anti-stress nutrient. In the long run, this is most likely to give you the best performance while at the same time insuring the longevity of your horse.Providing the winning edge with DMG 100mlĭMG 100ml All serious owners and trainers should be using Dimethylglycine HydroChloride DMG 100ml as part of their performance program. My preference is to create conditioning schedules with a good base of long slow work that are built on slowly and include regular breaks from intense exercise. Namely, because working a horse above its fitness level increases his risk of injury. If the former is in fact the case–that unfit horses might be able to perform better on these supplements–this raises an ethics issue. However, the research suggests that in fit horses they will have little to no effect. These ingredients might result in improved performance in horses not yet fit enough for the work being asked of them. In fact, the equine digestive tract might not absorb creatine well. The theories behind supplementing DMG and creatine are sound, but research to date doesn’t provide much conclusive support. In a study of racing Quarter Horses and Standardbreds, scientists found a blood lactate reduction however, researchers on a similar study in Thoroughbreds observed no improvement. Researchers have not conclusively determined whether supplementing horses with DMG offers these beneficial impacts. However, similar research in horses showed no positive benefit. In humans it’s been shown to result in a strong antibody response to vaccines. Beyond performance enhancement, DMG is also purported to improve immune function. If true, this could lead to improvements in both aerobic and anaerobic performance. Insuring adequate phosphocreatine would therefore be useful for generating muscle power at the start of movement, especially during explosive movements, as well as during those final moments of a sprint when you need your horse to “dig deep.”Īdditionally, claims have been made that DMG supplementation increases oxygen use in muscle tissue and decreases lactic acid buildup.
However, inadequate phosphocreatine is generally considered a major cause of muscle fatigue during intense, short-lived exercise, such as a horse breaking from a start gate. This reaction occurs extremely rapidly and is short-lived, meaning that overall this isn’t the main way in which muscle cells generate ATP for contraction. Phosphocreatine can anaerobically donate a phosphate to adenosine diphosphate (ADP) creating ATP, thus helping maintain the cells’ available ATP for contraction (if you remember your high school biology, this is the ATP-ADP cycle). Creatine is synthesized by the liver and kidney and is not prevalent in plants, so it wouldn’t naturally be a major component of a horse’s typical diet. Therefore, DMG and creatine are often found in supplements claiming to support muscle mass and recovery. The more ATP, the greater the energy available for muscle contraction, allowing for potentially increased power and stamina. Why would increasing creatine production or supplementing creatine improve performance?īecause the body can convert creatine to phosphocreatine, and phosphocreatine can be used to generate adenosine triphosphate (ATP), which is the energy currency of cells that allows muscle to contract. It’s thought to enhance muscle creatine levels. Dimethylglycine occurs naturally in animals and plants and is an intermediary product of choline metabolism (choline is a water-soluble vitamin involved in the metabolism and transport of fats).
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