Clinical trichology.
Follicle health, hair ageing, scalp context, pigment biology, and the clinical read of the protocol.
Hair Labs. Kensington, London. Est. 2025.
Clinical Advisory Board.
Hair Labs works with clinicians, trichologists, doctors, and pharmacist-manufacturing partners across the biology of hair ageing. Anti Grey 1.0 is the first protocol to pass through that advisory system.
Scientific guidance.
The advisory circle sits around the field, not only the product.
The board contributes clinical interpretation, formulation guidance, stress and nutrition context, pigment-biology review, and manufacturing discipline. Anti Grey 1.0 was the first protocol reviewed through this system.
Nutrition science.
Nutrient status, stress physiology, oxidative balance, and the role of systemic context in maintaining hair pigmentation over time.
Pharmacy manufacturing.
Formulation review, capsule discipline, batch documentation, and the manufacturing standards that carry Anti Grey 1.0 into production.
Clinical Advisory Board.
Clinical guidance across the first formulation.
The CAB is not a testimonial layer. It is part of the Hair Labs advisory system: clinical context, formulation analysis, pigment biology, stress physiology, and manufacturing discipline.
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§ 1
Penny James, IAT, IOT.
Consultant Trichologist · 30+ years clinical experience.
Hair Labs has achieved a formula that addresses key contributors to hair greying — including stress, nutrient gaps, and oxidative damage — offering an evidence-based way to help maintain natural hair colour.
Penny James analysed the formula from a clinical trichology perspective, advising on how the protocol should read against real presentations of ageing hair, pigment change, scalp health, and hair quality.
London, United Kingdom. Practices in New York.
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§ 2
Dr Michael Ryan, MIT, AIT, PsyD.
Board-certified Trichologist · Women's hair health.
Maintaining natural hair pigmentation depends on preserving the biochemical balance required for melanogenesis within the follicle. Supporting this balance over time aligns with how pigment biology functions.
Dr Ryan contributes trichology and clinical context around pigment biology, follicle health, melanogenesis, and the way the protocol is read against the realities of ageing hair.
London, United Kingdom.
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§ 3
Dr Jerusa Brignardello.
Nutrition scientist · PhD, Imperial College London.
Adaptogens are plants studied for their potential to support the body's response to physical and psychological stress. Supporting a healthy stress response could be one important piece in maintaining hair pigmentation over time.
Dr Brignardello contributes nutrition-science review around stress physiology, adaptogens, and the systemic context in which pigmentation is maintained over time.
Oxford, United Kingdom.
Pharmacist manufacturing.
The same pharmacy discipline carries production.
Anti Grey 1.0 is manufactured in the United Kingdom by registered pharmacists within documented GMP, HACCP, and ISO quality systems.
Good manufacturing practice.
Production follows documented GMP discipline so ingredient handling, batching, traceability, and release controls remain part of the protocol rather than a retail afterthought.
Hazard control.
HACCP procedures support risk identification, control points, and handling discipline throughout manufacturing and packing.
Quality systems.
ISO-aligned quality systems support repeatable production, documentation, and the operational checks required for a consistent oral protocol.
Education Faculty.
Education Faculty.
Clinical and scientific contributors to Hair Labs publishing. Faculty notes support the Journal; they do not imply product review unless a member also sits on the Clinical Advisory Board.
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Education faculty · 1
Dr Mandy Prabhakar.
Aesthetics Doctor / GP · MBBS, Imperial College London.
Each hair follicle functions as a pigment factory, sustained by a reserve of melanocyte stem cells that replenish colour-producing cells with each hair cycle.
Journal field · melanocyte stem-cell reserve and pigment biology.
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Education faculty · 2
Dr Pari Oza.
Family physician · Aesthetic medicine · University of Toronto adjunct lecturer.
A systems-biology perspective offers a thoughtful and scientifically grounded way to understand this change.
Journal field · systems biology, oxidative stress, and follicular signalling.
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Education faculty · 3
Hayley Handy.
Trichologist · IAT-trained · 20 years in hair and scalp practice.
In clinic, I often see that when you only target one factor, results are limited because pigmentation relies on multiple systems working together, including stress, nutrient levels and overall follicle health.
Journal field · clinical trichology and multifactorial follicle health.
