The generation of telomerase-deficient mice demonstrated that telomerase is the main cellular activity responsible for maintaining telomere length (Blasco et al., 1997). Importantly, in the case of in vitro cultured cells, ectopic expression of telomerase was sufficient to prevent telomere shortening, and this resulted in immortalization of human fibroblasts, thus formally demonstrating that telomere exhaustion is a critical factor leading to cellular senescence (Bodnar et al., 1998). Once mutation starts within and the cell does not die out as it should, it can potentially lead to development of tumor. On the other hand, the deterioration of telomeres speeds up the aging process. Mincore is formulated to remove the free radicals; undo the harms of the damaging rays and recreate an environment suitable for cellular growth. It’s almost like the water filtration system in an aquarium that keeps the fish alive and healthy. Evidently, as we have witnessed in many terminal patients’ recovery, Minocore has an amazing effect in reversing what medical professionals consider as the inevitable.
Minocore targets the problem right from the beginning by removing free radicals and reduce oxidants in the cellular plasma, it reduces the occurrence of telomere shortening and DNA damage; thus directly provides cancer protection from within the cell.