MyoMax is a high-dose, 100% soy-free vitamin K2 (MK-7) supplement formulated to support healthy mitochondrial function.
What is MyoMax
MyoMax is a high-dose, 100% soy-free vitamin K2 (MK-7) supplement formulated to support healthy mitochondrial function. This formula includes 300 mcg of vitamin K2 with calcium pyruvate to support ATP production. *This formula is safe for patients taking anticoagulants like warfarin.
40-50% increase in ATP production within mitochondria
12% increase in cardiac output
Improves aerobic capacity from cellular level
Extends duration of peak fitness by 20-30%
Increases efficiency in training and sports performance
MyoMax has been clinically shown to improve cardiovascular performance in healthy adults. Cardiovascular performance was measured as a change in V02max, and specifically cardiac output. These end-points were measured as part of a double-blind, placebo-controlled University study as well as an initial, pilot trial.
The results are impressive and the researching professor has described the effect of 8 weeks of supplementation with MyoMax as being equivalent to 6 months of high intensity interval training. Another component that determines an athlete’s ability to perform is mitochondrial function and ATP production. MyoMax has been shown to support mitochondrial function and ATP production.
One of the main reasons that aerobic athletic performance declines with age is that the body becomes less effective at utilizing oxygen. The maximal ability to utilize oxygen can be measured by VO2max, an assessment of how much oxygen your body can use per kilogram of body weight. As a result, a high VO2max will indicate that a person can effectively utilize oxygen, which is often seen in well-trained endurance athletes.
Unfortunately, after the age of 30, VO2max will begin to decline. For non-athletes, VO2max tends to decline by about 10% every decade. However, athletes who continue their rigorous training can reduce the decline to only 5% every decade. The main reason that VO2max declines with age is because the maximal heart rate (max HR) decreases as well.
Cardiac output is defined as the volume of blood pumped, per minute, by each ventricle of the heart. Of all the measures of cardiovascular performance, cardiac output likely has the biggest impact. It is a direct measure of the body’s ability to deliver oxygen to starving muscles. An increase in cardiac output without an increase in heart rate is favored as this demonstrates increased capacity of the ventricles and the vascular system and not just on the frequency of the heartbeat.
Because cardiac output is the product of stroke volume and maximal heart rate, a decrease in max HR will directly decrease cardiac output, and in turn, oxygen delivery to the muscles. This translates to a lower VO2max and decreased athletic endurance with age. Fortunately, vitamin K2 appears to improve cardiac output by maintaining healthy mitochondrial function.
In the aforementioned University study, the group receiving MyoMax saw more than a 13% increase in cardiac output and a steady increase at all exercise stages. With over a 13% increase in cardiac output in just 8 weeks of supplementation using MyoMax, an athlete can experience a significant change in performance at every heart rate zone, including maximum capacity. With over 900 more liters of oxygenated blood pumping through the body in a single 24 hour period, athletes can experience a significant improvement in recovery.
Heart and Bone Health
As the “powerhouse” organ, we heavily depend on our hearts for optimal muscle and body tissue function.
Vitamin K2-7 is the driver that takes free calcium from the blood, deposits from the arteries, and joint spaces sending it to the bones – thus supporting cardiovascular health and bone health. In recent studies, the supplementation of Vitamin K2-7 improved cardiac output by 22% at resting heart rate and 13% at maximum heart rate. This is the definition of performance enhancement. Clinical trials have demonstrated 6-weeks of Vitamin K2-7 supplementation has the ability to support strength, endurance, cardiovascular, and bone health.
Muscle Function and ATP Production
In vitro studies using advanced mitochondrial tissue culture systems have shown that MyoMax has the capability to support ATP production in each cell. The increase in ATP production yields higher energy output efficiency, as more energy can be produced per molecule of glucose or fatty acid. In addition to increased ATP production, MyoMax has been shown, in both in vitro and in vivo studies, to decrease muscle cramping and improve muscle contraction during exercise.