APPLICATIONS

Healthcare

 

MT scavenges reactive oxygen intermediaries that cause cell damage and degenerate anti-oxidant defenses. MT facilitates restoration of the body’s natural repair systems.

MTs proven molecular functions range from protection against oxidative stress, scavenging free radicals, heavy metals and toxic chemicals, balancing redox potential, and balancing free levels of physiological metal ions such as zinc, to more indirect functions such as stimulation of nerve tissue regeneration, and regulation of gene activity.

MT, specifically zinc-metallothionein, provides a significantly higher degree of protection against radiation-induced DNA damage as compared with both glutathione and albumin.

Zinc regenerMT™ can be formulated or combined with any dietary supplement product on the global market, or can be taken alone as an antioxidant. Can effectively enhance all vitamins, multivitamins and antioxidants and other supplements on the global market related to:

  • Diabetes

  • Obesity - Hyperlipidemia and related

  • Fatty Liver Syndrome

  • Liver Cancer

  • Thyroid Cancer

  • Brain Health (Parkinson and Alzheimer’s Disease and others)

  • Heart Health

  • Immune System

  • Anti-Inflammatory Mediator

  • Mitochondria disease

Cosmetics

 

MTs are not only able to detoxify the presence of heavy metals in the body, but also protect cells or tissues from oxidative damage. Specifically, Zinc-metallothionein has been proven to protect against radiation-induced DNA damage better than glutathione and copper - or cadmium metallothioneins, delivering vastly superior benefits in terms of skin tissue regeneration, wound healing and UV protection. MT acts as an endogenous defensive factor against DMBA-induced skin tumorigenesis.

These properties provide opportunity for application of regenerMT™ in:

  • Cosmetic face masks

  • Sunscreen

  • Acne products

  • Face and body moisturizers

  • Shaving creams

  • Toothpaste

  • Scalp creams and skin lotions

Sports Supplements

 

regenerMT™ can be used as a supplement whereby more metallothionein can be delivered externally by supplying it to the site of injury, (injured muscle tissue) especially to those cells / tissue that cannot actively make it.

  • Any type of cell injury or active cell growth will increase the synthesis of MT in most of the cells. The evidence correlates with the increased requirement for Zinc during these cellular process.

  • MT synthesis may be a mechanism to gather (provide) Zinc at the site of injury or growth within a short time. In addition the -SH groups in MT will provide antioxidant protection against any oxidative process. 

  • MT will improve any tissue damage in most of the organs and will help increased cell growth.

  • In the case of skeletal muscle cells, the supplement of MT may help more since it has a low basal level of MT