Hair, Skin, and Nails Blend

HSN Blend is a multi-vitamin B and lipotropic amino blend formulated for research into dermal, follicular, and connective tissue biology. This 20 ml amber-vial solution combines water-soluble B-vitamins with lipotropic cofactors to examine synergistic effects on keratin biosynthesis, sebaceous-gland function, melanin regulation, and oxidative resilience at the cellular level.

Core Components and Theoretical Effect

• Niacinamide (50 mg/ml)
  The amide form of vitamin B3 serves as a precursor to NAD⁺ and NADP⁺, coenzymes central to redox reactions and DNA repair. Frequently studied for its effects on melanin transfer inhibition, barrier-lipid synthesis, and inflammatory cytokine modulation within keratinocytes.
• Thiamine HCL (50 mg/ml)
  Vitamin B1 is an essential cofactor for pyruvate dehydrogenase and α-ketoglutarate dehydrogenase. Research applications include examination of its role in carbohydrate-derived energy supply to rapidly proliferating hair-matrix cells and its contribution to peripheral-nerve integrity supporting follicular innervation.
• Pantothenic Acid (25 mg/ml)
  Vitamin B5 is the biosynthetic precursor to coenzyme A, integral to fatty acid synthesis and acetylation reactions. Studied in the context of sebaceous gland lipid production, epithelial barrier integrity, and the acceleration of wound re-epithelialization in dermal models.
• Choline (10 mg/ml)
  A lipotropic nutrient and phosphatidylcholine precursor, choline is used in research on hepatic lipid export, cell membrane fluidity, and methyl-group donation through the one-carbon pathway — a mechanism relevant to epigenetic regulation of follicle cycling.
• Inositol (10 mg/ml)
  This carbocyclic sugar alcohol participates in phosphoinositide cell-signaling cascades governing insulin receptor sensitivity and keratinocyte proliferation. Research models have examined its influence on hair follicle growth-phase duration and dermal fibroblast activity.
• Niacin (5 mg/ml)
  The free-acid form of vitamin B3 is a potent activator of GPR109A receptors on skin cells. Studies investigate its effects on epidermal ceramide production, PPAR-γ-mediated lipid homeostasis, and transient vasodilation of cutaneous microvasculature.
• Biotin (100 mcg/ml)
  Vitamin B7 is a carboxylase cofactor implicated in fatty acid elongation and amino acid catabolism. Extensively studied for its relationship to keratin infrastructure, nail-plate thickness, and hair-follicle mitotic activity in keratinocyte and follicle-organ culture models.
• Folic Acid (100 mcg/ml)
  Vitamin B9 is critical to one-carbon metabolism, thymidylate synthesis, and DNA methylation fidelity. Its inclusion supports research into the high-turnover demands of hair-follicle matrix cells and its interaction with homocysteine pathways implicated in premature follicle regression.
• Riboflavin (100 mcg/ml)
  Vitamin B2 is the precursor to FMN and FAD, flavocoenzymes essential for mitochondrial electron-transport chain function and glutathione recycling. Studied for its capacity to attenuate oxidative stress in UV-exposed keratinocytes and melanocytes.

For research purposes only. Not intended for human or veterinary consumption, medical treatment, or diagnostic use.

Research Guide

For a detailed scientific overview of this compound, read our research guide.