BNV Biolab
About us
BNV Biolab is a South Korea–based biotechnology company dedicated to regenerative medicine, with a focus on longevity and slow aging. Our proprietary ingredient, G4PRF-300Ⓟ, combines 26 growth factors, 377 structural proteins and exosome complex. Its regenerative efficacy on skin, hair follicles, and mucous membranes has been validated through seven SCI publications. Trusted in 1,000+ K-aesthetic clinics, our products are widely applied as supportive ampoules for post-EBD procedures. BNV have developed innovative solutions for hair-loss treatment, skin regeneration, and age-related vaginal dryness and have registered patent proving products differentiation. Exported to over 10 countries, BNV Biolab is entering a new phase of global growth and remains committed to advancing science-driven solutions that meet the needs of customers worldwide.
Products & services
HMPF Complex 2M
A 10-week solution hair growth solution and powered by G4PRF-300, HMPF Complex²m provides visible hair restoration. Using one ampoule per week, the formula stimulates β-catenin expression, suppresses DKK-1, and activates dermal papilla cells. This consistent regimen promotes new follicle formation, prevents progressive hair loss, and restores scalp health. Clinically validated, the 10-week solution ensures gradual yet sustained improvements in density, thickness, and vitality of hair, offering patients a reliable protocol for effective hair regeneration with lasting results.
SMPF Complex 1M
A next-generation skin booster powered by G4PRF-300Ⓟ, SMPF restores moisture balance, brightens skin, and improves elasticity while soothing irritation and sensitivity. It targets rosacea and fragile skin by regulating vascular dilation, reducing inflammation, and accelerating dermal regeneration. Clinically effective for anti-aging and sensitive skin care, it delivers visible improvements in tone, texture, and resilience through weekly treatments.
BNV EXO
An advanced skin booster enriched with exosomes and powered by G4PRF-300Ⓟ, BNV EXO repairs and regenerates skin by enhancing dermal fibroblast activity. It improves acne marks, wrinkles, pores, rosacea, and suture sites while restoring collagen, elastin, and hyaluronic acid. Clinically shown to double collagen formation, it strengthens skin structure, boosts elasticity, and enhances hydration—delivering visible anti-aging and skin-rejuvenating effects.
Dermafactor
A regenerative ointment powered by G4PRF-300Ⓟ, Dermafactor strengthens the skin barrier and accelerates wound healing beyond single-growth factor care. It promotes scar-free recovery, restores moisture–oil balance, and reduces redness and dryness after procedures. Clinically validated to activate fibroblasts and regenerate epidermal cells, it ensures optimal healing for wounds, ulcers, and post-exfoliative treatments.
WMPF Complex CM
A preventative and curative solution for vaginal dryness and atrophic vaginitis and powered by G4PRF-300, WMPF regenerates mucosal tissue, restoring barrier integrity and enhancing immunity. It relieves irritation, itching, and discomfort while preventing recurrent vaginitis—safe for long-term use without hormones, steroids, or antibiotics.
Pepfactor
A regenerative ointment powered by G4PRF-300Ⓟ, Pepfactor strengthens the skin barrier and accelerates wound healing beyond single-growth factor care. It promotes scar-free recovery, restores moisture–oil balance, and reduces redness and dryness after procedures. Clinically validated to activate fibroblasts and regenerate epidermal cells, it ensures optimal healing for wounds, ulcers, and post-exfoliative treatments.
BNV Medispa
A next-generation skin booster powered by G4PRF-300Ⓟ, MEDISPA restores moisture balance, brightens skin, and improves elasticity while soothing irritation and sensitivity. It targets rosacea and fragile skin by regulating vascular dilation, reducing inflammation, and accelerating dermal regeneration. Clinically effective for anti-aging and sensitive skin care, it delivers visible improvements in tone, texture, and resilience through weekly treatments.
News
SCI Publication: Human dermal fibroblast-derived secretory proteins for regulating nerve restoration: A bioinformatic approach
The role of G4PRF-300 in regulating nerve restoration
SCI Publication: Analyzing secretory proteins in human dermal fibroblast-conditioned medium for angiogenesis: A bioinformatic approach
The role of G4PRF-300 in stages of angiogenesis during the wound healing process
SCI Publication: Effects of Human Fibroblast-Derived Multi-Peptide Factors on the Proliferation and Migration of Nitrogen Plasma-Treated Human Dermal Fibroblasts
Effects of G4PRF-300 on the fibroblast proliferation and migration
SCI Publication: The potential role of fibroblast- derived multi- peptide factors in activation of growth factors and !- Catenin in hair follicle cells
The role of G4PRF-300 in hair follicle cells
SCI Publication: Proteomic Identification and Quantification of Secretory Proteins in Human Dermal Fibroblast-Conditioned Medium for Wound Repair and Hair Regeneration
Protemoic identification of G4PRF-300