Screw anti-wrinkle factor, also known as cone snails toxins, such as English, called mu conotoxin, specific peptide sequence is as follows: H – Pyr – Gly – Cys- Cys – Asn – Gly – Pro – Lys -Gly – Cys – Ser- Ser- Lys – Trp – Cys – Arg – Asp – ihs- Ala – Arg – Cys-Cys – NH2 (Disulfide Bridge: 3 – 15, 4 -21; 10 – 22). Cone snails anti-wrinkle element belongs to u – cone snails toxins family, from the earliest Marine snails isolated molluscs cone snails venom, targeting a variety of voltage sensitivity sodium channels, main block Nav1.4 channels, high selectivity, small side effects.
Product characteristics of the cosmetological polypeptide Anti-wrinkle
Diagram of the raw material of the anti-wrinkling compound of the conchworm
The main chain of taro antipuctin has 22 amino acids, and its peptide chain is long and has three pairs of disulfide bonds, resulting in its specific steric structure. Usually contains 10 30 amino acid residues of small peptide, most CTX molecule contains three disulfide bond, is a highly folded peptide, has a strong capacity, can relax the muscles. According to the research of structure type such as disulfide bond connection signal peptide sequence, taro anti-wrinkles can block nerve signal transmission and inhibit tension reflex by inhibiting sodium channel, calcium channel and acetylcholine receptor, and finally achieve the effect of skin tightening. Taro anti-wrinkle can eliminate facial wrinkles on the human face and is used in the cosmetics industry.
Features of the product
Taro anti-wrinkle is a permutation synthesis of biopharmacuticals that mimics taro toxins and has a strong muscle relaxation effect that allows users to experience fast and real-time anti-wrinkle effects, which is widely used in anti-wrinkle products. Taro toxin is a highly folded peptide that has a relaxing effect on muscles through strong force, stable performance. By blocking the conduction of electrical currents in the nerves and muscles, wrinkles can be instantly reduced, leaving the skin rejuvenated and looking younger.
Post time: Dec-21-2023