KETO pH—a Clinically Studied Alkalizing Mineral Blend with Benefits

The clinically studied alkalizing mineral blend in KETO pH (calcium, magnesium and potassium—all important electrolytes) helps support pH balance in the body and has shown some significant benefits, particularly in human performance and recovery—such as increase in strength and speed of athletes with a corresponding decrease in soreness and lactic acid.†

This alkalizing mineral blend is a combination of dietary minerals and is comprised of microscopic calcium carbonate carrier particles to hold magnesium hydroxide, potassium chloride, and potassium hydroxide (otherwise known as active magnesium and potassium salts).

The choice of calcium carbonate as the carrier is intentional, too, because calcium carbonate doesn’t react with the magnesium and potassium salts. Plus, it serves as a stable carrier for these mineral salts.

The result?

An alkalizing mineral blend that survives through the journey into the intestinal tract while preserving the beneficial stomach acid HCL (hydrochloric acid).

This alkalizing mineral blend also dissolves slowly in the intestinal tract, where it is the most beneficial.  

In short, it’s purposefully designed to help maintain a healthy pH level by providing a mild alkalizing effect.† 

As a proprietary ingredient for helping to manage excess body acid, the KETO pH alkalizing mineral blend can offer these benefits:

• Significant improvement of performance during intense athletics†
• Enhancement of post-exercise muscle recovery†
• Overall reduction of the stress impact of intense exercise†
• Unlike other alkalizing agents, such as high doses of sodium bicarbonate or sodium citrate, it doesn’t cause gastrointestinal distress
• It doesn’t deliver excessive levels of unwanted sodium
• Strengthening of the body’s systems and support for overall health†
• Support for nutrient absorption†
• Physical performance support for daily activities, mild-to-moderate exercises, and intense exertions†

KETO pH also contains probiotics and enzymes that work well in an alkaline environment, helping to promote whole-body pH balance and wellness.†

Bacillus subtilis is not only a hardy probiotic which can endure extreme conditions, including the harsh acidity of the stomach to make its way through the digestive system to colonize it with beneficial bacteria, but it also can produce a host of alkaline proteases.

Proteases are enzymes necessary for the digestion of protein, helping to break down proteins into smaller components that can be readily absorbed. Alkaline proteases work well in a pH that is above 7.0, which is “basic,” or alkaline, by definition. Alkaline proteases generally have high catalytic activity and are “substrate-specific,” meaning that they are especially chosen for working in the alkaline environment found in KETOpH.

Saccharomyces boulardii is a beneficial yeast which functions as a probiotic, helping to support healthy bacterial balance.† Additionally, it can increase the activities of intestinal brush border enzymes, including alkaline phosphates, while also appearing to enhance the uptake of water and electrolytes.†

The Importance of Acid-Alkaline (pH) Balance and the Effects of Low-Grade Metabolic Acidosis

Generally speaking, the human body is designed to function best by keeping a pH within a tight range. For instance, the viable human arterial blood pH range is just 7.4, plus or minus 0.5 pH units. There’s not a lot of wiggle room there because even minor variations from these values can be costly on a biological level—even life-threatening.

Additionally, our immune defense, bodily repair mechanisms, a myriad of cell and system enzyme catalysts all do their best in a narrow pH range. Likewise, the lungs, kidneys and blood proteins play major roles in maintaining the required pH balance, and work to avoid a threatening level of excess acid from accumulating in the body.

Of course, diet plays a role in determining the body’s pH, and modern eating habits (which are largely acid-forming) can create metabolic acids which accumulate in the body. In fact, the average American diet is highly acid-producing, but, by contrast, our ancestors’ diets were highly base-forming.

It’s easy to see why the modern diet is largely acid-forming, too, since it contains an abundance of low-mineral processed foods, highly acidic beverages (such as soft drinks) as well as an overabundance of refined grains with a low intake of alkaline-forming veggies, fruits, nuts, seeds and spices.

This dietary metabolic acid load can lead to a sub-optimal bodily state known as “chronic, low-grade metabolic acidosis,” and a growing body of scientific research points out a relationship between chronic low-grade metabolic acid load with a variety of health concerns, including age-related bone loss, kidney stone formation, muscle weakness and negative effects on exercise performance and endurance.

However, diet is not alone in contributing to increased metabolic acidosis. Intense exercise can also induce a state of metabolic acidosis because it requires the body to “buffer” itself, which can result in disturbed mineral homeostasis and increased calcium loss (via urine).

In contrast, pH balance and having a pre-exercise alkaline reserve points towards significantly and positively influencing recovery kinetics, endurance capacity, delay in exhaustion and enhanced athletic performance.†

More specifically, the clinically studied alkalizing mineral blend in KETO pH has resulted in a significantly increased time to fatigue for athletes tested.†

Additionally, muscle recovery improved significantly for athletes who took this clinically studied alkalizing mineral blend.†

Plus, athletes taking this ingredient significantly increased their upper-body power output, reduced their lactic acid levels and had significantly lower overall stress and energy expenditure.†

Add all of that to the fact that KETO pH is delivered in delayed-release capsules so that the alkalizing benefits will be available when your body needs them most, and you have one amazing pH balancer.†

The bottom line?

For improved performance and more, Keto pH offers an effective alkalizing blend with active electrolytes, live probiotics and protease enzymes to promote cellular health, support the acid/alkaline balance in the body and aid in the adaptation from a high-carb diet to a lower-carbohydrate, higher-fat, moderate-protein diet.†