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Personalized rejuvenation.
Powered by your own cells.

Preserve your own stem cells for revolutionary regenerative medicine.

We’re at the beginning of an anti-aging revolution

Timeline Graph showing the revolution of anti-aging treatment since the 1930's, today showing more regenerative treatments

Unlocking the potential for...

Hair regrowth

Skin rejuvenation

Injury recovery

Disease treatment

A regenerative revolution powered by your own cells

Skin's surface
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Image of Cells
8,300+

Active cell and gene based clinical trials taking place worldwide

240+

Stage III clinical trials currently active as of 2022

$26b

Expected stem cell market value by 2026

These regenerative treatments can drastically change our lives

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Look better

Our skin and hair have the potential for rejuvenation by leveraging the power of our own cells to fight the effects of aging.

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Stay active

An active lifestyle shouldn’t have an end date. With regenerative medicine, you’ll soon be able to help recover from injury and repair ongoing wear and tear.

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Age healthier

The effects of aging accelerate as we get older, leading to disease and frailty. Regenerative cell treatments could help replenish what we lose with age and bring us back to a healthier state.

But there is a problem

As we age, our cells become less effective

Stem Cell activity over time
Timeline graph showing the drop in stem cell activity in older ages
19%

decrease in the ability to regenerate stem cells with age

20-80%

decline in stem cell diversity after the age of 70

Cell-based treatments will only be as powerful as the cells we use.

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Longer telomeres
More stem cell activity
Better cell health
Fewer DNA mutations

Younger cells
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Older cells
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Shortened telomeres
DNA mutations
Reduced stem cell activity
Cellular atrophy

Younger Cells
Image of a young cell, full of colour

Longer telomeres
More stem cell activity
Better cell health
Fewer DNA mutations

Older Cells
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Shortened telomeres
Accumulation of radical damage
Reduced stem cell activity
Cellular atrophy

What if we could stop our cells from aging?

and leverage younger cells when we need them most?

Introducing Acorn

Personalized Regenerative Medicine

The first non-invasive solution to leverage your own preserved stem cells for personalized regenerative medicine. 

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Access Your Best Cells

A trained technician plucks 50 follicles from the sides and back of the head. This provides a collection of your own valuable cells required for preservation.

Analysis and Cryopreservation

After a full viability analysis, your cells are carefully cryogenically frozen at -196° Celsius, completely stopping the effects of aging and ongoing damage.

Cell-Derived Treatments 

Using a small sample of your cells, you’re able to produce personalized stem cell-based topical treatments, rich in exosomes, growth factors and matrix molecules.

Long-Term Resource

Your frozen cells will remain perfectly preserved and accessible for the bright future of regenerative medicine applications as they continue to emerge.  

The ideal cell source

The hair follicle is a multi-germ cell source that can be collected non-invasively, replenishes naturally and features a diversity of valuable tissues and stem cells.

100k

Average number of hairs on the head

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50

Follicles collected for Acorn cell preservation

Image showing the hair follicle
100k

Average number of hairs on the head

20

Different cell types are found in the hair follicle

Keratinocytes

The primary cells that produce the surface level of your skin.

Fibroblasts

Sub-dermal tissue layer cells that play a role in producing collagen and elastin.

Stem Cells

Progenitor cells that can become a wide variety of cells in your body.

Save your best cells from aging now

The number 1

To get on the list for Acorn cell cryopreservation, request access below.

The number 2

Eligibility will be based on location, preferences and timing, with availability starting in select regions across North America.

The number 3

Once available in your region, you'll receive an email with next steps for getting started with Acorn.

Request accessImage of a young cell, full of colour