
Hair loss isn’t just about appearance — it’s about how you feel when you look in the mirror. Whether it’s a thinning crown or a receding hairline, you deserve a solution that actually works — not another quick fix.
At Whole Body, we use Umbilical Cord–Derived Stem Cells and HAIR FOLLICLE DERIVED exosomes to help awaken dormant follicles and restore your hair’s natural growth cycle. This regenerative treatment is non-surgical, minimally invasive, and clinically advanced — designed to support thicker, stronger, and healthier hair over time.
Forget the pills, transplants, and “miracle” shampoos.
This is real science — working with your body to regrow your own hair.
Most clinics use stem cell–derived exosomes — powerful, but general-purpose.
At Whole Body, we go a step further with Hair Follicle–Derived (HFD) Exosomes — precision-engineered messengers sourced directly from healthy hair follicle cells.
Why does that matter? Because HFD exosomes speak the same biological “language”.
They’re rich in follicle-specific growth factors, proteins, and microRNAs that directly target the root causes of hair loss — from inflammation to follicle dormancy.


Sourced from the root of hair creation — the dermal papilla.
These exosomes come directly from the “command center” that controls new hair growth, not generic stem cells from other tissues.
Loaded with follicle-specific growth signals.
Each HFD exosome carries powerful peptides, proteins, and microRNAs that precisely target hair follicles — reactivating dormant roots and supporting stronger, denser growth.
Engineered for faster absorption and visible results.
Delivered through microinjections into the scalp’s active growth zones for superior bioavailability and real, noticeable regrowth.
Minimal downtime. Maximum regeneration.
Non-surgical, fast, and clinically advanced — most clients return to normal activity immediately after treatment.
Hair Follicle Derived Exosomes arent just “another exosome.”
They're the next generation of hair restoration —
bio-targeted, follicle-specific, and designed for measurable growth from the inside out.