SpecPed BT1P (Biotinoyl Tripeptide-1)

Supplement for stronger hair & eyelashes

SpecPed® BT1P is the reaction product of Biotin and Tripeptide-1. It can increase the synthesis of extracellular matrix such as collagen IV and laminin 5, delay hair follicle senescence, improve hair follicle structure, facilitate hair fixation in dermal hair follicles to prevent hair loss. It can also activate tissue repair gene expression which is conducive to skin structure reconstruction. And it can repair and promote cell proliferation and differentiation, stimulate hair growth. Thus SpecPed® BT1P can increase hair growth, make hair firm and help make eyelashes longer and firmer.

SpecPed®BT1P（Biotinoyl Tripeptide-1） is also called germinal peptide. It is a tripeptide that combines Vitamin H (Biotin) and Matrikine series GHK.

Vitamin H (Biotin) is water-soluble. It is essential for the synthesis of vitamin C and is essential for the normal metabolism of fats and proteins. It is an essential nutrient to maintain the natural growth and development of human body and the health of normal human function. Biotin not only prevents hair loss and light on the top of the head, but also prevents the common teenage gray hair of modern people.

Matrikines is a peptide less than or equal to a sequence of 20 amino acids and is a hydrolyzed product of the skin matrix after skin injury and before skin healing. Matrikines contains pentapeptide KTTKS, tripeptide GHK, and a variety of other peptides from elastin and laminin -5. Matrikines regulate cell proliferation and connective tissue reconstruction, accelerating the production of proteins that repair hair & skin.

Features of SpecPed® BT1P :
Safe & effective
Combine famous collagen fragment, Tripeptide-1, aka GHK with Biotin
Supplement for stronger hair and eyelash
Be helpful for reducing hair loss
Be helpful making the eyelashes appear longer, fuller, and stronger
Help to promote hair bulb keratinocyte proliferation and optimal hair anchorage by stimulating the synthesis and organization of the adhesion molecules laminin 5 and collagen IV.