theBespoke\WellnessGroup

Draft for client review · September 2026

Regenerative medicine · Adjunctive care

We are careful with what is new.

Regenerative medicine is the newest of what we practise. We are early to it, as we always have been, but we do not mistake new for proven, and we offer it only when it is right for the person in front of us.

Some of this work touches skin and hair. We treat them as biology, not cosmetics. When your skin or hair improves, it is because the biology underneath did. The visible result follows the medicine, not the other way around.

Hair follicle collection for regenerative cell preservation
Cell preservationAdjunctive medicine

Cellular signalling

Secretome therapy.

Secretomes are the signals cells use to instruct repair. In the right person, they support the body’s own capacity to recover and renew.

Dr. Chin was the first person in the world to commercially receive secretome therapy. She was patient number one, before the clinic offered it to anyone else, because she does not put forward anything she has not tried herself.

What sets secretomes apart

Used with medical judgment, never as the point of care.

  • 34×more growth factors than PRP.
  • 100%derived from your own cells, with no risk of tissue rejection.
  • 0downtime. Non-invasive, with no recovery.
  • 4areas of use: skin, hair, and cellular health.

Biological optionality

Hair follicle preservation.

This is not a treatment for how you look. It is a way to keep your own cells while they are at their youngest.

In about thirty minutes, without surgery, we harvest roughly fifty hair follicles and cryopreserve the stem cells inside them at minus 196 degrees, which halts their aging. The method, developed by Dr. Drew Taylor of Acorn Biolabs, was the first non-invasive way to collect and bank these cells. Preserved now, they stay available for future regenerative use, including as a source of your own secretomes.

The cells you have today are younger than the ones you will have later, and biology you keep now is yours for the future. This is foresight, not vanity.

Where this is going

Preserving what may matter later.

The field is moving toward using preserved cells to build cell lines aimed at specific conditions, among them type 1 diabetes, Parkinson’s, and cancer. Repairing muscle, bone, and other tissue is on the same horizon.

This is part of your care.

Regenerative medicine

Common questions.

01Is this cosmetic?

We work with skin and hair, but as biology, not beauty. When something improves on the surface, it is because we treated what sits underneath. We do not sell aesthetic results for their own sake.

02What is secretome therapy?

Secretomes are the signals your cells use to instruct repair. In the right person, they support the body’s own capacity to recover and renew.

03How does this compare to PRP?

Platelet-rich plasma has supported repair for years. Secretomes carry 34 times more of the growth factors that do the work, and they are drawn entirely from your own cells, so there is no risk of rejection.

04Is regenerative medicine proven?

We are early to it, as we have always been early, but we do not mistake new for proven. We do our homework, and we would not put anything forward that we would not use ourselves. It is always adjunctive, never the point of your care.

05What is hair follicle preservation, and why do it now?

It is a way to keep your own cells while they are at their youngest. In about thirty minutes, without surgery, we harvest roughly fifty hair follicles and cryopreserve the stem cells inside them at minus 196 degrees. The cells you have today are younger than the ones you will have later, and biology you keep now is yours for the future. The method, developed by Dr. Drew Taylor of Acorn Biolabs, was the first non-invasive way to collect and bank these cells.

06Do I have to include regenerative medicine in my care?

No. It is adjunctive, brought in only when the Bespoke team judges it right for you. It is not a door you walk in for on its own.

07What might my preserved cells be used for in future?

The field is moving toward using preserved cells to build cell lines aimed at specific conditions, among them type 1 diabetes, Parkinson’s, and cancer. Preserving your cells now keeps those future options open.