Nitric Balance SM Peppermint 4 oz is a smaller version of the original Apex Energetics Nitric Balance 16 oz formula. It is formulated to help balance critical nitric oxide levels and support the immune system. Nitric oxide is important in brain function, focus and metabolic endurance during exercise. Targeted nutritional support for tissues and the immune system are another benefit of Nitric Balance. It supports peripheral blood flow to the brain, hands, feet and other organs.

This scientifically developed formula provides key nutrients that are used in the system for healthy expression of eNOS and nNOS, as well as for the balance of iNOS.

It contains targeted nutritional support for tissue health, a healthy anti-inflammatory response, and a healthy immune response.

It further supports healthy peripheral blood flow to the brain, hands, feet, and sexual organs.

The ingredients in this advanced formula also support brain endurance, function, and focus and support metabolic endurance for exercise and rehabilitation.

Nitric Balance™-SM is a specially developed formula that includes key nutrients that are used for the expression of eNOS and nNOS, as well as for the balance of iNOS.* It incorporates targeted nutritional support for tissues and the immune system.* It further supports peripheral blood flow.* The ingredients in this advanced formula also help support brain endurance, focus, and metabolic endurance during exercise.* Key ingredients include ATP, xanthinol nicotinate, and N-acetyl L-carnitine.

Features

• Pleasant-tasting peppermint and chocolate strawberry options
• Easy-to-use liquid formula
• Lightly and naturally sweetened with luo han guo (monk fruit) and stevia extract
• Arginine and stimulant free
• Gluten and dairy free, as confirmed by finished product testing
• Great to use 20-30 minutes before exercise*

Benefits

• Supports a healthy immune response*
• Supports a healthy neurovascular system and healthy brain function*
• Supports cellular energy production, including in neurons*
• Supports metabolic endurance during exercise*