According to multiple studies, the potential effects of Vesugen are primarily manifested in the following aspects:
Vascular Protection and Repair
Studies have found that Vesugen stimulates the expression of the Ki-67 protein-a marker associated with proliferation-within vascular endothelial cells; notably, the expression levels of this protein typically decline with age. Its mechanism of action likely involves binding to specific regions of the *MKI67* gene, thereby facilitating regulation at the epigenetic level. This effect contributes to improving the functional status of blood vessels.
Neuroprotection and Anti-Aging
A clinical study involving 32 patients aged 41 to 83 demonstrated that Vesugen exerts positive effects on patients suffering from chronic diseases and organic brain syndromes. It exhibits anabolic and neuroprotective properties, capable of improving central nervous system function, thereby demonstrating the potential to slow the rate of aging as reflected in biological age markers.
Regulation of Cell Differentiation
In cellular experiments, Vesugen has been observed to stimulate the expression of specific differentiation factors in senescent fibroblasts-a type of cell associated with tissue repair. This effect is more pronounced in "aging" cell cultures; researchers hypothesize that this may constitute one of the mechanisms underlying its geroprotective (anti-aging) effects.