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Keratin is a family of fibrous structural proteins that are the main proteins that make up the outer layers of hair, horns, claws, and human skin. Keratin can protect epithelial tissue cells from damage or stress. Keratin monomers form bundles to form intermediate protein (IP).
The keratin peptide chain is a multi domain peptide chain that is divided into highly conserved rod-shaped intermediate regions and terminal peptide regions. The peptide chain of the rod-shaped domain has a cyclic sequence structure with 8 peptide repeats. All intermediate filamentous eggs have similar peptide chain structures. The keratin peptide chain is typical α Spiral. The heterologous complex helix formed by the combination of acidic and basic keratin peptide chains is a characteristic conformational form of keratin.
More than 20 types of keratin peptide chains have been discovered, and hair keratin and epidermal keratin are composed of different keratin skin chains, respectively. Keratin contains a high level of cysteine, and the cross-linking of cysteine is the main cross-linking structure of keratin. The physical and chemical properties of keratin are mainly related to this cross-linking structure.
1. Hydrolyzed keratin powder reduces rashness, falling off and damage.
2. Hydrolyzed keratin powder increases smoothness and elasticity by virtue of its water binding capacity.
2. Hydrolyzed keratin also acts on the skin. It can restore moisture and improve skin elasticity.
3. It can effectively prevent and cure skin diseases caused by fungal infection, fatty liver, liver cirrhosis, hair loss and other diseases.
Keratin is a family of fibrous structural proteins that are the main proteins that make up the outer layers of hair, horns, claws, and human skin. Keratin can protect epithelial tissue cells from damage or stress. Keratin monomers form bundles to form intermediate protein (IP).
The keratin peptide chain is a multi domain peptide chain that is divided into highly conserved rod-shaped intermediate regions and terminal peptide regions. The peptide chain of the rod-shaped domain has a cyclic sequence structure with 8 peptide repeats. All intermediate filamentous eggs have similar peptide chain structures. The keratin peptide chain is typical α Spiral. The heterologous complex helix formed by the combination of acidic and basic keratin peptide chains is a characteristic conformational form of keratin.
More than 20 types of keratin peptide chains have been discovered, and hair keratin and epidermal keratin are composed of different keratin skin chains, respectively. Keratin contains a high level of cysteine, and the cross-linking of cysteine is the main cross-linking structure of keratin. The physical and chemical properties of keratin are mainly related to this cross-linking structure.
1. Hydrolyzed keratin powder reduces rashness, falling off and damage.
2. Hydrolyzed keratin powder increases smoothness and elasticity by virtue of its water binding capacity.
2. Hydrolyzed keratin also acts on the skin. It can restore moisture and improve skin elasticity.
3. It can effectively prevent and cure skin diseases caused by fungal infection, fatty liver, liver cirrhosis, hair loss and other diseases.
