Vitamin K helps repair brain cells and fight Alzheimer’s disease

A completely new step was taken by a team from the Sibaur Institute of Technology. It has been proven that synthetic vitamin K analogues can be several times more effective than a natural compound in helping progenitor cells transform into full-fledged neurons. In other words, we are talking about starting the process of restoring lost nerve cells.

To enhance the effect of vitamin K, the experts combined it with the active components of vitamin A and other molecules. This hybrid retained its natural properties, but became much stronger: it penetrated the brain faster, remained in the body longer, and provided a higher concentration of the active substance in the cells.

The principle of operation turned out to be particularly interesting. It turned out that the new compounds act on receptors that are involved in the transmission of signals between neurons. This allows not only to start the formation of new cells, but also to restore the connections disrupted by diseases of the nervous system.

In animal experiments, new forms of vitamin K easily overcame the protective barrier of the brain and significantly increased the level of the active substance. This effect opens up the prospect of creating drugs that will actually slow down or even partially reverse the process of neurodegeneration.

If this approach is confirmed in clinical trials, it will be a real breakthrough. The new drug may give millions of people a chance to preserve memory, movement and clarity of consciousness, and families relief from the hard care of loved ones.