Description

ASCE+ HRLV EXOSOMES FOR HAIR RESTORATION (1 VIAL -20 MG)

ASCE+ HRLV, developed by ExoCoBio, represents the pinnacle of innovative hair restoration treatments. This product is a sophisticated follow-up to the globally recognized skin care solution, ASCE+ SRLV. Crafted in South Korea, ASCE+ HRLV harnesses ExoCoBio's proprietary ExoSCRT isolation and purification technology to deliver a highly concentrated exosome-based therapy aimed at enhancing hair renewal.

Key Features:

·          Highly Concentrated: Each 1ml of the preparation is enriched with a potent dose of 10 billion exosomes, ensuring robust treatment efficacy.

·          Enhanced Formula: ASCE+ HRLV can be combined with platelet-rich plasma (PRP) to further amplify the regrowth-stimulating effects through additional growth factors.

·          Comprehensive Protein and Growth Factor Profile: Contains 1008 different proteins and growth factors that actively promote the hair growth phase and 598 types of MiRNAs that provide anti-inflammatory benefits to the scalp.

Usage:

·          Preparation: Mix the lyophilized powder with 3-5 ml of saline to prepare the solution.

·          Treatment Regimen: Recommended 3-5 sessions every 2 weeks.

·          Onset of Effects: Visible improvements typically observed after 3-4 months of consistent use.

Packaging:

·          Contains one ampoule with 20 mg of lyophilized powder enriched with biotin at 0.05%.

Intended Users: This product is strictly for professional use. It is intended for doctors or cosmetologists trained in aesthetic medicine, ensuring that each application is performed under expert guidance for maximum safety and effectiveness.

ASCE+ HRLV is designed not just to combat common hair loss conditions like androgenetic alopecia and telogen effluvium but to offer a regenerative treatment that supports long-term hair health and restoration. This product signifies a significant advancement in non-surgical hair treatment options, providing professionals with a powerful tool to address hair loss comprehensively.