UMBILICAL CORD STEM CELLS

HAIR FOLLICLE DERIVED EXOSOMES

THIS IS REAL HAIR RESTORATION

UMBILICAL CORD

STEM CELLS &

HAIR FOLLICLE EXOSOMES

THIS IS REAL HAIR RESTORATION

UMBILICAL CORD

STEM CELLS &

HAIR FOLLICLE DERIVED EXOSOMES

THIS IS REAL HAIR RESTORATION

Real Growth. Real Confidence.

Real Growth.

Real Confidence.

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.

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.

BOOK YOUR CONSULTATION NOW

UMBILICAL CORD DERIVED STEM CELLS

A lot of clinics rely on Wharton’s Jelly which consists of one type of stem cell. It's rich in structural components but limited in regenerative signaling.

Umbilical Cord Blood–Derived Stem Cells (UBDSCs) are biologically active and signal-dense, making them uniquely suited for skin rejuvenation. Cord blood contains a diverse population of regenerative cells, including:

A lot of clinics rely on Wharton’s Jelly, which contains primarily one type of stem cell (MSCs) and is rich in structural components but limited in regenerative signaling. It can support healing, but it lacks the diverse stem cell populations and potent cytokine activity needed for robust follicle regeneration.

Umbilical Cord Blood–Derived Stem Cells (UCBDSCs) are different.
They’re biologically active, signal-dense, and engineered by nature for fast, coordinated tissue repair — making them exceptionally effective for hair restoration. Cord blood contains a broad spectrum of regenerative cells that work synergistically to reactivate dormant follicles, improve scalp health, and support long-term hair growth.

UCBDSCs include:

Hematopoietic Stem Cells (HSCs): stimulate new blood vessel formation (angiogenesis), improving circulation and nutrient delivery to the skin for a naturally healthy glow.
Endothelial Progenitor Cells (EPCs): repair and rebuild the vascular network, enhancing oxygenation and cellular metabolism for accelerated healing.
Mesenchymal Stem Cells (MSCs): modulate inflammation and release growth factors that boost collagen and elastin synthesis, improving firmness and elasticity.
Very Small Embryonic-Like Stem Cells (VSELs): rare pluripotent cells believed to play a key role in deep tissue regeneration and overall cellular rejuvenation.

Hematopoietic Stem Cells (HSCs): improve blood flow and oxygenation around the follicle, supporting a stronger anagen (growth) phase.
Endothelial Progenitor Cells (EPCs): rebuild and fortify the microvascular network that fuels follicle metabolism.
Mesenchymal Stem Cells (MSCs): calm inflammation in the scalp and deliver growth factors that signal follicles to repair and re-enter active growth.
Very Small Embryonic-Like Stem Cells (VSELs): rare pluripotent cells that contribute to deep-tissue regeneration and may help restore follicle function at a cellular level.

Together, these stem cells form a multi-layered regenerative system that targets both the surface and the structure of your skin — promoting repair, hydration, and visible renewal from within.

These cells are collected from pure, vascular cord blood — the most biologically active portion of the umbilical source — for superior skin rejuvenation potential.

UBDSCs are diverse and more metabolically active than Wharton’s Jelly–derived cells.

The result: a more potent regenerative effect that restores smoother texture, firmer tone, and luminous skin — with every session.

Together, these stem cells form a multi-layered regenerative system that targets every level of follicle health — the vascular supply, the inflammatory environment, the dermal papilla, and the extracellular signaling pathways that control hair cycling.

These cells are sourced from pure, vascular umbilical cord blood — the most biologically active portion of perinatal tissue — resulting in stronger signaling, better survival, and more reliable outcomes than Wharton's Jelly–based products.

UCBDSCs are more diverse, more metabolically active, and significantly more potent than the single-source MSCs found in Wharton’s Jelly.

The result:
A fuller, healthier scalp environment that supports thicker strands, improved density, revived follicles, and long-term hair regeneration — with every treatment.

BOOK YOUR CONSULTATION NOW

HAIR FOLLICLE EXOSOMES: Next Level Regeneration

HAIR FOLLICLE DERIVED EXOSOMES: The Next Level of Regeneration

Most clinics use stem cell–derived exosomes — powerful, but general-purpose.

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.

Most clinics use stem cell–derived exosomes — powerful, but general-purpose.

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.

UCBDSCs help enhance the overall scalp and tissue environment that follicles operate in and HFD-Exosomes directly activate follicle-specific pathways for a “ground-up” and “top-down” regenerative pairing.

UCDSCs help enhance the overall environment that follicles operate in and HFD-Exosomes directly activate follicle-specific pathways for a “ground-up” and “top-down” regenerative pairing.

BOOK YOUR CONSULTATION NOW

Why Choose Hair Follicle–Derived Exosomes (HFD-Exo)?

Why Choose Hair Follicle–Derived Exosomes

(HFD-Exo)?

Because real hair regrowth starts at the source —

and Hair Follicle Derived Exosomes work where it matters most: inside the follicle itself.

Because real hair regrowth starts at the source —

and HAIR FOLLICLE DERIVED exosomes work where it matters most: inside the follicle itself.

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 root to the tip.

BOOK YOUR CONSULTATION NOW

WHOLE BODY STEM CELL™: Hair Follicle Derived (HFD) Exosome Advantage

The Hair Follicle Exosome Advantage:

Why Human Dermal Papilla (or Hair Follicle Derived (HFD)) Exosomes Outperform MSC Exosomes for Superior Hair Rejuvenation

Targeted Action: Specialized vs. Generalist Exosomes

The origin of an exosome dictates its cargo and, crucially, its effectiveness. Human Dermal Papilla (or Hair Follicle Derived (HFD)) cells are the "command center" of the hair follicle. Exosomes derived from them are *specialized* for hair growth, carrying precise signals directly to hair cells. Mesenchymal Stem Cells (MSCs) are *generalists* (from sources like fat or bone marrow) and produce exosomes with broad, non-specific signals.

Specialized Signal (HFD-Exo)

HFD-Exosome

↓

Hair Follicle Receptors

Result: Specific, high-affinity binding and targeted signaling for anagen induction.

Generalist Signal (MSC-Exo)

MSC-Exosome

↙ ↓ ↘

General Tissue

Inflammation

Fibroblasts

Other Cells

Result: General, low-specificity signaling for broad inflammation reduction and tissue support.

Molecular Cargo: Growth Factors for Hair

HFD-Exo are significantly more enriched in specific growth factors essential for inducing and maintaining the anagen (growth) phase of the hair cycle. MSC-Exo cargo is more generalized for overall tissue repair.

Molecular Cargo: Hair-Specific microRNAs

miRNAs are small signaling molecules that regulate cell function. HFD-Exo are packed with miRNAs known to promote dermal papilla cell proliferation and prolong anagen, while MSC-Exo are higher in general-purpose anti-inflammatory miRNAs.

Real Results: Accelerated Hair Density

In clinical models, HFD-Exo treatment consistently shows a statistically significant and more rapid increase in hair density (hairs per cm²) over a 6-month period compared to both MSC-Exo and placebo.

Patient Satisfaction: The Ultimate Measure

The superior clinical outcomes from HFD-Exo translate directly to higher patient satisfaction. A significantly larger percentage of subjects report being "Highly Satisfied" with their results at 6 months.

How it Works: Activating the Anagen "On Switch"

HFD-Exosomes function as a precise signaling key for hair growth. By binding to receptors on dermal papilla and other follicular stem cells, they deliver a potent cargo that activates the critical Wnt/β-catenin pathway and upregulates factors like Noggin, effectively "switching on" the anagen growth phase and prolonging its duration for thicker, healthier hair.

HFD-Exosome
(+ Wnt, Noggin, KGF)

→

Follicle Receptors
(on DPC & Stem Cells)

→

Cellular Cascade
(Wnt/β-catenin Pathway ↑)

→

Anagen Phase
(Growth Induced & Prolonged)