Cell culture technology has been increasingly important for modern scientific research and many industrialized facilities are able to meet the growing demands of biopharmaceutical industry. While in terms of single-use …
Inhibitor, also known as retarder, can block or reduce the rate of chemical reactions, owing the same effect as the negative catalyst. Inhibitor cannot stop the polymerization reaction but is …
Who discovered active peptides and how can they control the body’s cells? What is the active polypeptide and who found it? How does it control the body’s cells? In terms …
Generally, nucleotides can be divided into CMP (cytosine nucleotide), UMP (uridine), AMP (adenine nucleotide), GMP (guanosine nucleotide) and IMP (inosine nucleus nucleotide). Each nucleotide has its unique role, just as …
Generally, the industrial technical standards and characteristics of chemical synthesis in peptide drugs are relatively complicated, such as the technical requirements, the cost of drug development, investment risk, and so …
Modern peptides are generally classified to medical peptide drugs ( peptide antibiotics, vaccines, agricultural antimicrobial peptides, daily cosmetics, etc. ) and food peptides ( soybean peptides, corn polypeptides, yeast polypeptides, …
It’s common to know that modern medications have raised increasing attention in recent years and personalized healthcare seems to be an inevitable trend now. Given the fact, modern medical therapy …
Research advances of current bioactive peptides have attracted increasing concerns in the medical community and these peptides could provide a new approach to utilize rapeseed protein adequately. In fact, bioactive …
Small peptide, also called nano oligopeptide collagen ( abbreviated as OCO ), is generally made up of 2-3 amino acids. As an important chemical substance, its average molecular weight is …
Aging is a natural process, and anti-aging refers to the process of inhibiting and delaying the aging of the body which can promote humans’ overall health, so human body could …