What is molecular medicine?
Molecular medicine involves the application of knowledge about the molecular basis of the disease and how new clinical practices can be carried. It includes practices such as cellular and/or DNA interventions, including genetic and cellular therapies, and including new understanding, such as those that have grown out of the study of the post -tranlation modification of proteins. It is often referred to as specialties such as genomics, proteomics and bioinformatics. There is hope that the study of genomic medicine will allow the acquired knowledge to be put into practice preventive and personally and to provide individually designed solutions for health problems. Yet it does not represent the entire breadth of the field. Other factors involved in molecular medicine include antibiotics, carbohydrates, enzymes, hormones, inorganic polymers, lipids, metals, synthetic organic polymers, viruses and vitamins. Therapy involving gold turns around the discovery of the skills of Srni ("short interfering" RNA), ribonucleic acid with the ability to "turn off"specially targeted genes. They do this as the name suggests, by deploying to Messenger RNA, which is sent by a gene to create a protein.
The problem was that he first introduced the necessary amounts of SRIN into human cells and also prevented from breaking up before it could act, unsurpassed obstacles. The golden nanoparticles have now proved to be able to transfer Sire to the human cells of the team's work at the Northwestern University in Evanston, Illinois. They found that the Golden Nanoparticles for the delivery of Sir, rather than the introduction itself, significantly prolonged its lifetime. In addition, Sirna was supplied with gold nanoparticles twice effective in reducing cell activity, to which they were added as Sirna itself.
The next step will be testing technology in living bodies, because what works in culture does not necessarily translate. We hope that this type of technology can be used to "turn offThe "targeted genes, and thus deactivate viruses such as HIV-AIDS, and also deactivate human genes that were connected by the human genome project for disorders and diseases such as cancer.