Product name: boc-his(tos)-oh
Synonyms: n-¬¯-boc-n(im)-tosyl-l-histidine
Molecular formula: c18h23n3o6s
Molecular weight: 409.46
Cas no.: 35899-43-5
25kg per drum
Product name: argireline acetate
Synonyms: acetyl hexapeptide-3
Sequence: acetyl-glu-glu-met-gln-arg-arg-nh2
Purity :>95.0% by hplc
Customer focused, with silver paper hermeticaly.
Product name : palmitoyl pentapeptide-3
Synonyms : matrixyl acetate; palmitoyl pentapeptide4, pal-kttks
Sequence : pal-lys-thr-thr-lys-ser
Molecular formula : c39h75n7o10
Molecular weight : 802.05
Purity : 95.0%min by hplc
5gram per bottle
Palmitoyl tetrapeptide-3
Sequence;pal-gly-gln-pro-arg-oh(pal-kttks)
Also increase the firmness of the fragile skin area around the eye. It decreases irritation that could lead to puffiness.
Custome focused, inner packed of bottles and outter of silver paper hematically.
Molecular formula:c11h16n4o4
Sequence: ac-¬--ala-his-oh
Customer focused, vacuum
he accumulation of peptide-bound copper ion produces multiple anti-inflammatory effects that help to stop the actions of sterilizing oxygen radicals and permit the initiation of healing events. GHK-Cu blocks ferritin channels and the release of free (oxidative) iron, thus blocking iron catalyzed lipid peroxidation that occurs after injury. GHK-Cu blocks also interleukin-1 damage to tissue cells.
GHK-Cu released into the blood stream raises the body's production of, and circulating blood concentration of, wound macrophages that enhance repair.
GHK-Cu suppresses the synthesis of scar development by repressing fibroblast production of TGF-beta-1.
GHK-Cu also chemoattracts wound macrophages to the wound area. These macrophages act directly to stimulate healing by removing cellular debris and secreting a family of approximately 20 growth factor proteins.
GHK-Cu acts directly on fibroblasts to stimulate m-RNAs for collagen, elastin, proteoglycans, metalloproteinases, and TIMP-1 and TIMP-2. This in turn raises the levels of these proteins. This results in a condition whereby protein synthesis and deposition is occurring concomitant with protein breakdown that removes scar tissue and cellular debris remaining from the tissue disruption. Thus, GHK-Cu links scar reduction and the rebuilding of tissues.
GHK-Cu induces angiogenesis by serving as a chemoattractant to direct new blood capillaries to the wound area and by inducing the production of several protein essential for angiogenesis.
10. GHK-Cu induces neuronal outgrowth and re-innervation of the damaged tissues.
