Polynucleotides For Hair Restoration
A regenerative treatment designed to stimulate hair growth, strengthen follicles, and improve scalp health. Polynucleotides (PNs) repair and rejuvenate at a cellular level, reducing inflammation and creating the optimal environment for hair restoration. Suitable as a standalone treatment or combined with Platelet-Rich Plasma (PRP) for enhanced results.
How It Works
- Stimulates Cell Regeneration – Promotes healthier, stronger hair follicles.
- Reduces Inflammation – Calms scalp irritation and oxidative stress, key factors in hair thinning and hair loss.
- Improves Blood Flow – Increases oxygen and nutrient delivery to the follicles.
- Enhances Hydration – Supports scalp health for stronger, more resilient hair growth.
Who Is It For?
- Men and women experiencing hair thinning or hair loss.
- Those looking to improve hair density and scalp health.
- Suitable for individuals with inflammatory scalp conditions contributing to hair thinning or hair loss.
Polynucleotides & PRP: A Powerful Combination
- Prolongs PRP Benefits – Extends follicle stimulation and cellular renewal.
- Boosts Follicle Response – Enhances PRP’s effectiveness, especially in advanced cases of hair thinning or hair loss.
- Speeds Up Recovery – Minimizes inflammation and supports faster healing.
What To Expect
Visible Results
Noticeable improvements within a few weeks, with full benefits seen 4 to 6 months post-treatment.
Duration of Benefit
Results typically last 6 to 12 months, depending on individual response. Maintenance treatments are recommended to prolong benefits.
Protocol
A course of 6 treatments, spaced 2 to 4 weeks apart, is recommended.
Pricing
From £250 (final cost varies based on treatment plan).
Our Clinic Location
LDR Aesthetic is a non-surgical aesthetic clinic based in St Ives, Cambridgeshire – conveniently located for clients across Cambridge, Huntingdon, Ely, Peterborough, and the surrounding villages.
Book a consultation to explore how Polynucleotides can transform your hair restoration journey.