HAIR LABS

HAIR LABS Hair Labs is a computational research lab studying the biology of hair ageing.

Our work turns scientific discovery into real-world protocols — starting with Anti Grey 1.0.

Most people take Ashwagandha for stress. That part is well known.What is less known: chronic stress floods your follicle...
14/04/2026

Most people take Ashwagandha for stress. That part is well known.

What is less known: chronic stress floods your follicles with noradrenaline and cortisol. These chemicals disrupt the signals melanocytes rely on to produce pigment.

Ashwagandha helps regulate cortisol. But not in isolation. In Anti Grey 1.0, it works alongside five other biological pathways to support the full system your follicle depends on.

One ingredient is not a strategy. But the right one, in the right context, matters.

More at hairlabs.ai

Most hair care speaks to the result. We were more interested in the moment before it.Inside the follicle, a new strand b...
24/03/2026

Most hair care speaks to the result. We were more interested in the moment before it.

Inside the follicle, a new strand begins with a decision point. At the start of a new growth cycle, pigment cells need to activate and move into place. When that process works as it should, the strand grows with colour. When it does not, the strand grows grey.

This is why Anti Grey 1.0 was never designed as a cosmetic fix. It was built around the early biology of pigmentation inside the follicle, where colour is either carried forward or lost before the hair even appears.

13/03/2026

Not just age. Not just genetics. Greying is linked to the complex biology of the follicle — from stem cells to oxidative stress and the signals that support pigment production. In this video, we briefly explain why modern science is increasingly looking at greying not as an inevitable “timer”, but as a process driven by specific cellular mechanisms.

Follow us if you want more clear explanations about the biology of greying, pigment, and modern hair research.

Grey hair isn’t a fate. It’s a pathway.We built the first Luteolin-led formula designed to support melanocyte stem-cell ...
18/02/2026

Grey hair isn’t a fate. It’s a pathway.

We built the first Luteolin-led formula designed to support melanocyte stem-cell signalling and defend natural pigment from oxidative stress.

Biology moves. Science evolves.
Your options just did too.

You can add an ultra-high dose of one mineral to your routine. For example, you could keep increasing copper or biotin —...
16/02/2026

You can add an ultra-high dose of one mineral to your routine. For example, you could keep increasing copper or biotin — strengthening one “link” endlessly.

But in systems biology, there’s an iron rule: your resilience is determined not by the strongest element, but by the weakest.

Imagine a chain that holds your hair’s natural pigment in place. Even if you give the body all the “building blocks”, the system becomes vulnerable if:
▪️signalling in the follicle stem-cell niche (MSC) is disrupted;
▪️or oxidative stress builds up, increasing the impact of H₂O₂ — a kind of “internal bleach” that can break down pigment faster than it’s reliably formed.

One weak link — and the whole pigmentation chain starts to falter.

That’s why we moved away from chasing a “magic ingredient” and built Anti Grey 1.0 as a systems-led formula. It doesn’t just add nutrients — it supports six interconnected biological drivers at once, reducing the risk of “blind spots” in the chain.

Support the system as a whole.

“Oxidative stress is a fundamental driver of premature canities.”— Dr Shilpika Thakur, MBBS, MD Dermatology (Gold Medali...
31/01/2026

“Oxidative stress is a fundamental driver of premature canities.”

— Dr Shilpika Thakur, MBBS, MD Dermatology (Gold Medalist)

While we often associate grey hair with chronological age, clinically, it is more accurately described as an accumulation of oxidative damage within the hair follicle.

‘Canities’ (the medical term for greying) occurs when the balance tips: free radicals accumulate faster than the follicle’s natural antioxidant defense system can neutralize them. This creates a toxic environment for melanocytes.

Think of it as "biological rust." The pigment machinery isn't necessarily broken, but it is under siege.

We break down the full mechanism of how to neutralize this damage on our platform.

👇️ Scientific context & Reference below.

30/01/2026

If your greys appeared during a hard season, you’re not imagining it.
This video explains how stress signals can reach the follicle and influence pigment dynamics.

Explore the science behind Anti Grey 1.0 via the link in bio.

“Hair greying isn’t caused by one missing vitamin. Rather, it reflects how the hair follicle ages as a system. Genetics,...
19/01/2026

“Hair greying isn’t caused by one missing vitamin. Rather, it reflects how the hair follicle ages as a system. Genetics, oxidative stress, inflammation, and cellular signalling together influence when pigment production gradually slows or stops.”
— Dr Sharvi Oberoi, MBBS
Clinical Dermatology | Aesthetic Physician
Member of the British Association of Dermatologists (BAD)

Research into hair pigmentation shows that greying is closely linked to how pigment stem cells function within the follicle over time. Rather than disappearing outright, these cells can become less effective as oxidative stress increases and cellular signalling weakens.

This frames greying not as a single deficiency, but as the gradual strain placed on a finely balanced biological system.

🔗 Deeper scientific context below.

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