What is the application of protein omics in medical and health care?

The "interaction group" between protein is the most complicated phenomenon I have ever seen. Metabolism, and metabonomics, can be said to be the main battlefield of protein's complex genomics, from small molecules to insight into the true meaning of life from the perspective of biological energy. The definition of life, we know more about arranging substances through unbalanced energy flow and entropy reduction, combined with the replication of genetic material-DNA (or RNA). The evolution of genetic code is largely due to metabolism and protein device. Many interesting changes have taken place in the key areas of protein's design and life inheritance, which is of great significance in cancer clinic.

For example, the genetic background of cancer needs to be combined with protein, which controls cell proliferation. But cancer is characterized by disorder and dysfunction of protein complex. It is hard to imagine a more suitable discipline than protein's omics, which can combine the principles of life with diseases. From this point of view, protein omics will be one of the most exciting fields in the scientific community. We will also promote protein omics and protein omics to other non-protein omics, but at the same time, we will keep in touch with this discipline. Technical challenges are everywhere: rapid identification of protein by mass spectrometry has become a common practice, which has largely solved the problem, but also created challenges: computational biology needs to develop rapidly to catch up with the data wave of protein omics, so as to make meaningful discoveries. This step can eventually be simplified to standardization, sharing, analysis and integration.