T-Power MAX

T-POWER MAX – 25 ML online  is very good for general wellness. Mostly used for endurance races providing great performance in horses and camels. T-Power Max enhance Power, Stamina and Breathing.

FORMULATION

Q-Enzyme 10 …………………. 400 mg

ATP ………………………………….. 160 mg

Magnesium hcl ………………… 80 mg

Crotalus ……………………………. 30 mg

Barberis Homoccord ……….. 20 mg

Exp ……………………………………. 100

RACING SUGGESTED DOSAGE AND ADMINISTRATION FOR T-POWER MAX – 25 ML

T-POWER MAX – 25 ML online

Horses: 5 ml for 5 days before the race (1 shot per day) – IM / IV (Last shot must be given 4 hs before the race)

Camels: 3 ml for 5 days before the race (1 shot per day) – IM / IV (Last shot must be given 4 hs before the race)

The endurance horse is unique among all other equine athletes. Because of the prolonged demands placed upon the endurance horse with protracted moderate intensity exertion, its performance may be influenced quickly by the quality of its diet. A simple diet of hay and oats may lack essential nutrients that allow the horse to perform as expected. Understanding how competition affects the nutrient needs of the horse will help the owner select the appropriate supplementation program for the individual endurance horse.

The Horses often have unique requirements for certain nutrients to help improve performance. This is especially true of endurance horses. For instance, not every horse is blessed with hard, resilient hoof walls. The hooves of endurance horses often take a beating from the long hours on the trail. Research has shown that some horses with weak hooves benefit from supplementation of certain nutrients. Specific additives like biotin, methionine, iodine, and zinc, or a combination of them, can be added to the horse’s diet to improve hoof quality. Kentucky Equine Research recommends the use of a dual-action supplement designed to promote and maintain healthy hooves and skin from the inside out.

Muscles: Endurance competitions can also be hard on the horse’s muscles, which are in constant use during the hours of training necessary to compete successfully. During muscular exertion, free radicals (waste products of oxygen metabolism that can damage cell components) are produced and can cause muscular damage if not eliminated.