The story of transfer factors and nano-fractions

What’s 4Life? More and more company started talking about immune system products, in a decade, 4life (the immune system company) has led the industry in immune system discovery and innovation. Where did it all begin?? With the revolutionary molecules in your own body.

 

What’s Transfer Factors?

In 1996, 4Life Chief Executive Officer David Lisonbee found a patent to extract transfer factors. Transfer factors are molecules found within the immune systems of all mammals and birds. Dubbed "the memory molecules, transfer factors serve as important components of the immune system throughout life.

In 1998, 4Life licensed the patent to extract transfer factors from cow colostrum. In the years that followed, 4Life launched new products, stabilized transfer factors in liquid form, patented the extraction of transfer factors from chicken egg yolk and combined these two for a truly synergistic formula.

 

Nanofractions TM

Scientists have known that smaller molecules that exist within the transfer factors from colostrum, but had not determined whether they had any immune activity.

In 2007, David Lisonbee and the 4Life Research and development team, these molecules nanofractionTM isolated, tPSTed, and determined that it had great potential to support the immune system.

Nanofractions low molecular weight are found in the immune systems of some mammals and birds. They function as part of the command and control "network of the immune system, helping to" fine tune "the immune system function so that immune cells know when to act, how to act and when to rPST.

Transfer factors and transfer nanofractions immune memory, knowledge and wisdom from one entity to another. The two most abundant and safPST sources of transfer factors are cow colostrum and chicken egg yolks. Because these "immunological memory" molecules are not specific to the species, humans can benefit from the immune knowledge gained by these animals during their lifetimes by transferring that knowledge from their immune cells to ours.