ADDITIONAL INFO

Hair Skin Nails — Targeted Micronutrient Research Blend

Hair Skin Nails is a specialized micronutrient research formulation developed to support investigations into integumentary system biology, cellular replication, and keratin-associated pathways. Each milliliter provides a coordinated spectrum of B-complex vitamins and cofactors, including Niacinamide (50 mg), Thiamine HCl (50 mg), Pantothenic Acid (25 mg), Choline (10 mg), Inositol (10 mg), Niacin (5 mg), Biotin (100 mcg), Folic Acid (100 mcg), and Riboflavin (100 mcg).

These compounds are widely studied both individually and synergistically for their involvement in keratin synthesis, cellular turnover, and metabolic enzyme function. Experimental models frequently utilize this blend to examine mechanisms related to collagen production, epithelial maintenance, and methylation pathway activity at the cellular level.

For in-vitro laboratory research only. Not a drug, food, cosmetic, or veterinary product. Not for human or animal administration.

Product Details

Compound Name: Hair Skin Nails
Molecular Class: Multi-vitamin micronutrient research formulation
Net Contents: 450 mg/mL (20mL)
Form: Sterile research solution
Purity: ≥98% (where applicable; Certificate of Analysis available)
Primary Targets: Keratin synthesis pathways, epithelial biology, methylation processes
Manufactured in: GMP-compliant facility
Intended Use: Laboratory research use only — not for human or veterinary use

Storage & Handling

• Store sealed at 2–8 °C, protected from light

• Do not freeze unless specified by stability data

• Keep vial tightly closed when not in use

• Allow vial to reach room temperature before opening

• Use sterile technique when handling

• Consult SDS for complete safety guidance

Research Applications

Hair Skin Nails is commonly utilized in laboratory and preclinical research to investigate:

• Keratin synthesis and structural protein pathways

• Epithelial cell turnover and maintenance

• Collagen production mechanisms

• B-vitamin–dependent metabolic enzyme activity

• Cellular replication and growth signaling

• Methylation pathway dynamics