In this article, we focus primarily on the relationship between mitochondrial function and the DNA repair system and suggest that both...

In this article, we focus primarily on the relationship between mitochondrial function and the DNA repair system and suggest that both can be regulated by resveratrol. At the decoding level Research evidence suggests that it depends on the NAD+/NADH balance or ratio.

Anticancer drugs currently used Including telomerase inhibitors It was developed with the aim of killing cancer cells. Although drugs targeting immune receptors are used for treatment But they are similar in that they attack almost all cancers. Anticancer drugs cause cell death not only in cancer cells but also in normal cells. Sometimes the side effects are too severe to bear. To avoid serious side effects Sequencing an individual's entire genome to look for drug susceptibility. Developing a system for monitoring side effects and improving treatment is necessary. This work is necessitated by the true concepts that underlie the development and creation of most anticancer drugs in use today.

In the near future New concepts for anticancer drugs or treatments must be developed and defined. which does not kill cancer cells But it forces those cells to return to normal. natural compounds such as resveratrol or created by humans Compounds that improve the function of the mitochondria and DNA repair system are expected to increase NAD+/NADH levels or may be specifically introduced into cancer cells to bring them back to normal with the integrity of their mitochondria and chromosomes. Somatic cells can be obtained by introducing Yamanaka factors, all of which are DNA-binding, which means that they are cancerous cells/tumors. may be forced to return to normal According to this new concept, it will help in preventing aging and related diseases including cancer.

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