- Jul 19, 2018 -
The human genome project was launched in the 1990s. Synthesis Peptides and their applications have become more and more prosperous as scientists decipher individual genes. It was found that all life phenomena by the protein and gene expression, gene is protein synthesis information instruction, but in the end the physiological activities of the human body all need protein to complete. So scientists are looking at another big project in bioengineering, the proteome project. Protein engineering is based on the knowledge of structural and functional relationships of proteins. Through careful molecular design, proteins are transformed into new mutant proteins that meet human needs. The genes responsible for coding a protein can be redesigned as needed to make the structure of the resulting protein conform to people's requirements. Because the protein engineering is developed on the basis of genetic engineering, in terms of technology with genetic engineering has many similarities, so protein engineering is also known as the second generation of genetic engineering. Synthesis Peptides are structural fragments of proteins, and they are also part of the active genes of proteins. In fact, the functional proteins in animals are mostly carriers, and their functions are mostly carried out by the Synthesis Peptides attached to them. Synthesis Peptides can not only deeply study the properties of proteins, but also provide basic materials for changing and synthesizing new proteins. Therefore, protein engineering is the study of Synthesis Peptides in a sense.
Synthesis Peptides is a bioactive substance involving various cell functions in the body. Since household biochemistry method of artificial synthetic short Synthesis Peptides40 over the years, with the rapid development of molecular biology, biochemistry technology, short Synthesis Peptides research startling and epoch-making progress has been made. Synthesis Peptides have been found in tens of thousands of organisms and all cells can synthesize Synthesis Peptides. At the same time, almost all cells are affected by short Synthesis Peptides adjustment, it involves hormone, nerves, cell growth and reproduction and so on each domain, the life activities of cell differentiation, neurohormone neurotransmitter regulation, tumor lesion, immune regulation and short active Synthesis Peptides are closely related. With the progress of modern biological technology and the development of life science, short Synthesis Peptides in the organism physiological function more and more attention, in particular, many physiological function and structure of active peptide unclear, but also promoted the scientific study of active peptide.