» Poll Results

ON THE FRONT LINE... coaches motivating athletes are sensitized to discrepencies between physical and mental prep. The key to physical prep is balances kinesthetic components, the key to mental prep balances the neural components, and the key to integratng both by accelerating kidney and lung restoration of acid base equilibrium.

Changes in body chemistry, detected as soon as respiration quickens during exercise, disrupts physiologic pH leading to (among other things) the mis-shaping of pH-dependent protein cells. When the complete and perfect pre-established DNA blueprint is altered by physical or mental stress, the electrolyte imbalance impacts V02max and speed of repair and recovery. The reverse of what usually happens to the circulatory system during physical training, has to happen during the warm-up cool down... View

THE 'NEW' NEWS... muscle needs acidification for adaptation, and alkalinity for repair and recovery - can athletes really have it both ways? The next wave revolutionizing sports training is time to body pH chemical balance before, during and after exertion - from hours to minutes.

Bridging the gap with finesse and decades of research and testing, the dynamic stretching sequence, The Body'Fit pH Fitness exercise routine presents an unprecedented achievement in respect to design sustainability. By all accounts pHx provides 100% debt-free aerobic cardio for sudden and uniform Peak Metabolic Potential™ (PMP™) in deep body tissues  - with V02max muscle-balancing efficacy (view detailed physiology).

Ultimately the litmus test for pH fitness is how radically sports trainers can reduce training time to peak condition, and sustain performance during competition. Physical and physiological imbalance can be lethal. Overtraining and injury prevention, sports recovery and adaptation, immune health and anti aging, training tolerance and staying power to the finish, are among the cards on the table. Discover why your athlete is winning, and how to fix it if they're not...

»Alkalizing Acidity... Although working muscles typically pull oxygen and electrolytes out of the rest of the body to maintain contractility, studies show even moderate lack of oxygen can reduce contractility due to the imbalance of sodium and potassium electrolytes, and reduced sensitivity of contractile proteins to calcium... More