Hammer Nutrition Anti-Fatigue Caps - Reduce Exercise Fatigue

Anti-Fatigue Caps: Advanced Ammonia Neutralization for Endurance Athletes

Anti-Fatigue Caps is a clinically formulated supplement designed to extend endurance by effectively neutralizing ammonia accumulation, a primary factor in premature fatigue among athletes. This unique formulation outperforms competitors, including SportLegs, in all performance categories and is preferred 3-to-1 by endurance athletes in double-blind studies.

Key Features:
1. Proprietary blend of three ammonia-scavenging compounds
2. Prevents the onset of muscular fatigue, commonly experienced as "heavy legs"
3. Extends energy output and prolongs peak performance

Clinical Efficacy:
In controlled trials, Anti-Fatigue Caps demonstrated superior results compared to placebo and leading competitors. Endurance athletes consistently reported improved stamina, delayed fatigue onset, and enhanced overall performance.

Mechanism of Action:
The active ingredients in Anti-Fatigue Caps work synergistically to:
- Intercept and neutralize ammonia buildup in muscle tissue
- Maintain optimal pH levels in working muscles
- Support efficient energy metabolism throughout prolonged physical exertion

Dosage and Administration:
For optimal results, follow the recommended dosage protocol as indicated on the product label. Consultation with a sports nutritionist or healthcare professional is advised for personalized usage strategies.

Anti-Fatigue Caps represents a significant advancement in endurance supplementation, offering athletes a scientifically validated solution to combat fatigue and maximize performance potential.

Potassium/Magnesium Aspartate - A well-known nutritionist says it best regarding aspartic acid: "Because aspartic acid increases stamina, it is good for fatigue and plays a vital role in metabolism. It is good for athletes and helps to protect the liver by aiding in the removal of excess ammonia." Studies (Agersborg and Shaw 1962, Hicks 1964, Gaby 1982) show this combination provides substantial benefit for the prevention of fatigue. Aspartic acid also combines with other amino acids to form molecules that absorb toxins and remove them from the bloodstream, aids the function of RNA and DNA, and helps to protect the liver. Additionally, the potassium/magnesium aspartate compound increases production of a key substrate, oxaloacetate, which is involved in energy production. Lastly, the compound provides the minerals potassium and magnesium to help provide protection against cramping.

OKG - Both ornithine and alpha-ketoglutarate (OKG) provide a readily available, non-ammonia-producing source of glutamine in the body. Glutamine is depleted at high rates during exercise but cannot be replaced with regular glutamine as it produces ammonia on its own. OKG increases the amount of glutamine in the muscle and also helps prevent muscle catabolism. Colgan writes, "Both ornithine and alpha-ketoglutarate act in the body as an ammonia scavenger."

Suggested Dosing: 2-4 capsules 20-30 minutes prior to exercise, with additional doses of 1-2 capsules every hour.

NOTE: Energy Surge and Anti-Fatigue are two of Hammer Nutrition’s “Peak Performance” products, and can be used together in workouts and competitions, providing a powerful “one-two punch” to help increase energy and enhance endurance.

2-4 capsules one hour prior to training. This would provide an initial dose of 500-1000 mg magnesium/potassium aspartate, and 480-960 mg of OKG, an excellent dose at the onset of an endurance workout or race.

An additional 1-2 capsules each hour, at the two-hour mark and beyond, during extended endurance sessions is also suggested.

Potassium/Magnesium Aspartate – A compound comprised of potassium and magnesium chelated (“bonded”) to the amino acid aspartic acid.

OKG (Ornithine Alpha-Ketoglutarate) – A combination of the amino acid L-ornithine and the compound alpha-ketoglutarate.

Beet Juice Powder – Provides color to the ingredients inside the capsules to easily differentiate them from similar-looking products such as Endurolytes.