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What is a Nano?

Nanofusion 

Until now, no technique has been successful at employing both methodologies, i.e., bonding the particle to a carrier while reducing the particle to a “cellular-ready” size.

The Max Cellular Transport System accomplishes both and has been chosen by Max International as the means of providing the consumer with a product that is uniquely superior to the competition. This system process solves the problem of bioavailability by reducing the active substance to nanosize (less than 100 nm in size) which allows enhanced passage of biological membranes and by encapsulating the nanosized particle within a nanosized water cluster so the inclusion material is as easily recognized and absorbed as water.

Truly Nano ~ From Creation to Consumption

 Only the Max Cellular Transport System process can create a stable water cluster capable of passing through the bloodstream directly into tissues at the cellular level.

Other processes that are designed to render nutrient particles into a nanosized format run into difficulty when the laws of physics free the particles to re-agglomerate into larger particle groups (the particles “clump up”). Hence, while some companies tout “nano” products, the size of their particles cannot meet the criteria (one dimension of the particle must be 100 nm or less) and therefore the term nano is simply an empty marketing term that can mislead less informed readers.

• Provides needed nutrients to further optimize glutathione (GSH) production.*
  
  
• Delivers vitamns, minerals, and herbal ingredients to support optimal cell function, cellular communication and cellular defense mechanisms.*
  
  
• Delivers targeted nutrients needed to support leptin sensitivity.*
  
  
• Contains D-ribose and CoQ10 to support ATP (energy) production and function.*
  
  
• Utilizes patent-pending nanotechnology designed to maximize absorption.*

What Is...

Superoxide Dismutase (SOD)

Superoxide dismutase (SOD) is an enzyme that removes the superoxide (O2-) radical. We hear a lot in nutritional news about "antioxidants". Think of SOD as a natural antioxidant. Since cancer cells produce more oxidants than normal cells, they can basically oxidize themselves to death. That is why SOD is a target protein — if SOD is inhibited in the cancer cell, the cancer cells are damaged, controlling growth.

Catalase (CAT)

Catalase is a common enzyme found in nearly all living organisms, where it functions to catalyze the decomposition of hydrogen peroxide to water and oxygen. Catalase has one of the highest turnover rates of all enzymes; one molecule of catalase can convert millions of molecules of hydrogen peroxide to water and oxygen per second.

Catalase is a tetramer of four polypeptide chains, each over 500 amino acids long. It contains four porphyrin heme (iron) groups that allow the enzyme to react with the hydrogen peroxide. The optimum pH for catalase is approximately 7, while the optimum temperature varies by species.