Money Now or Cancer Later?

A new discussion on drugs is the legalization of medical cannabis. In ancient literature, the use and timing of cannabis for treating diseases were described, which lasted more than 2,000 years ago (Johnson). This discussion has caused extensive controversy and has been in Congress for more than 175 years (Johnson). The current political debate is not just about legalizing it, but I am legalizing it, levying it and enabling it to pay the subsequent impact. And please follow the rules.

Let's go back to cancer. We know that all cancers have similar features, so-called cancer markers (disordered proliferation, angiogenesis etc.). You may have a group of breast cancer with a set of mutations, but you have a completely different set of mutations that look exactly like the first group. Obviously, this is the case of convergence variation. If the mutation is truly random, the set of mutations may have infinite growth (cancer), and the next mutation may shine in the dark. Cancer mutations are not random because they all have the same characteristics

As mentioned earlier, most cancers are not affected. The mortality rate of cancer continues to rise. We know that there are many gene mutations in cancer. There is no doubt that the genomic map of cancer proves this. The problem is that you can not find a mutation. There are even different mutations in the same cancer. Despite investing a lot of time, money, and intellectual investment in this new genetic paradigm, we have not seen a corresponding profit. Genetic defects are not the ultimate cause of cancer - they are still only mid-stage and close causes. What we need to know is the reason for causing these mutations.

For 50 years cancer has been thought to be mainly caused by genetic mutation. Such a way of thinking makes us almost completely accepted. Competitive assumptions have attracted people's attention as the research began to deny the key principles of cancer somatic mutation theory (SMT). The main premise of SMT is that it arises from a single somatic cell that accumulates a series of genetic mutations that cancer makes it immortal. The major genes that cause cancer are called oncogenes and tumor suppressor genes.