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Hair science, finally connected.

Hair science has lived in the dark.

Fragmented research. Marketing noise. No one connected the dots.

Until now.

The science

Twenty years of discovery.

The research that connects it all.

2005
2005

Stem-cell depletion.

Nishimura et al. discover that melanocyte stem cell loss is the primary driver of grey hair.

2009

Internal bleach.

Wood et al. show that H₂O₂ accumulation acts as an "internal bleach" disrupting pigment production.

2012

Copper connection.

Fatemi et al. link low copper levels to premature greying, establishing the mineral-pigment pathway.

2017

Nutrient pathways.

Daulatabad et al. demonstrate B₁₂ and folate deficiency as significant contributors to canities.

2020

Stress response.

Harvard's Zhang et al. prove acute stress triggers rapid MSC depletion — the "fight or flight" grey.

2021

The plasticity.

Rosenberg et al. reveal hair greying is malleable — some grey hairs naturally regain colour when stress reduces.

2023

Stuck in limbo.

Sun et al. discover MSCs can become "stuck" in a dysfunctional transitional state — potentially reversible.

2024

Pigment signalling.

Iida et al. show luteolin activates Wnt/β-catenin pathways, restoring melanin production at the cellular level.

2024

AI synthesis begins.

Hair Labs AI maps twenty years of research. Pathway modelling identifies six interlinked biological drivers.

2025

Anti Grey 1.0

The first systems-biology nutraceutical for hair pigmentation.

Anti Grey 1.0

Anti Grey 1.0

The systems-biology protocol.

Begin protocol