# Hair Labs

> Hair Labs is a London-based research and formulary house studying the biology of hair restoration — how hair fails at the level of the cell (greying, loss, signalling), and the windows in which those failures can still be reversed. We publish that work openly in the Hair Labs Journal. Est. 2025.

## About

- Discipline: systems biology of the hair follicle.
- Format: long-form research chapters, companion videos, and cited primary literature.
- Voice: declarative, full-stop, editorial. Print-edition register.
- Location: Kensington, London.

## Journal

The Hair Labs Journal is a living publication. Each chapter is a standalone research brief with primary sources. No volumes.

- [Why hair turns grey.](https://hairlabs.ai/pages/science): Hair greying as a cascade across six biological drivers — not a single event. The canonical monograph.
- [Is hair greying permanent?](https://hairlabs.ai/pages/is-greying-reversable): The half of the cascade that can still be undone, and the half that cannot.
- [How stress greys hair.](https://hairlabs.ai/pages/why-stress-makes-you-grey): The nerve-driven arc that empties the pigment reserve in a single shot.
- [Saving the cells behind hair colour.](https://hairlabs.ai/pages/saving-pigment-cells): On Luteolin and the window to intervene before the reservoir runs out.
- [When cells stop talking.](https://hairlabs.ai/pages/why-hair-turns-grey-when-cells-stop-talking): Signalling failure at the follicle — Wnt, Endothelin-1, and the quiet collapse of coordination.

## Research

The Hair Labs Research surface is the authoritative archive of the science behind Anti Grey 1.0 — the six biological drivers, the pairwise interaction apparatus, the rejections, the board, Batch 001, and the primary literature.

- [Research](https://hairlabs.ai/pages/how-it-works): The four-paper literature arc (Harvard 2020, Columbia 2021, NYU Langone 2023, RET-mouse 2024), Batch 001 reviewer-reported outcomes (n = 60), the computation, FIG. 01 pairwise apparatus, FIG. 02 Luteolin × Ascorbate worked example, what was rejected (Fo-Ti, PABA, oral catalase, stacking), six biological drivers, six formulation systems, the Clinical Advisory Board, Education Faculty, and fifteen primary references.

## Formulary

- [Anti Grey 1.0](https://hairlabs.ai/products/anti-grey-1-0): The systems-biology response to the six drivers of hair greying.

## Canonical references

See the References section at the foot of each chapter for peer-reviewed primary sources (Nature, Science, FASEB Journal, etc.). Citations use DOI-resolvable URLs.

## Contact

- Web: https://hairlabs.ai
- Email: hello@hairlabs.ai