Restoration Cellular intelligence for your hair.
Exosome therapy delivers billions of nano-scale cellular messengers loaded with growth factors and genetic regulators to hair follicles, driving profound follicular regeneration and hair restoration.
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Your Follicles Behave
Exosomes are nano-scale extracellular vesicles, typically 30 to 150 nanometers in diameter, produced by stem cells as a mechanism of intercellular communication. When applied to the scalp in conjunction with microneedling, stem cell-derived exosomes deliver their cargo of growth factors, messenger RNA, and regulatory microRNA directly to hair follicles and scalp tissue cells. This molecular cargo reprograms follicular behavior at the gene expression level, stimulating dormant follicles, extending the anagen growth phase, and improving the overall scalp environment for sustained hair growth.
At Superior Health Medical and Wellness, Dr. Akers uses physician-grade exosome preparations derived from extensively characterized stem cell lines, applied in conjunction with scalp microneedling for maximum follicular delivery. Exosome hair restoration represents the current frontier of biological hair loss treatment, offering a level of follicular reprogramming that goes beyond what PRP growth factors alone can achieve. For patients with significant hair loss or those who have seen limited results from other treatments, exosomes often produce the most meaningful improvement available without surgery.
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From scalp exosome treatment with microneedling to combination exosome and PRP protocols and comprehensive hair restoration programs, Superior Health provides the most advanced biological hair restoration available. Explore the services below.
Into Gene Expression.

PRP concentrates your own platelets for a meaningful biological signal. Stem cell-derived exosomes carry a payload of growth factors, RNA, and signaling proteins that exponentially exceeds what PRP can deliver, with some preparations containing up to 1,000 times more growth factors than equivalent volumes of PRP. This difference in potency explains why patients with significant hair loss or limited PRP response often achieve meaningful improvement with exosomes.
PRP growth factors work at the protein receptor level, activating follicular cells through specific receptor-ligand interactions. Exosomal microRNA goes deeper, entering the cell and altering which genes are expressed. The microRNA cargo in exosomes can upregulate hair growth genes, downregulate genes that promote follicular miniaturization, and activate the Wnt signaling pathway that drives follicular stem cell activation, producing more fundamental and lasting changes in follicular behavior.
Patients with moderate to significant hair loss, those who have seen limited results from other treatments, or those who want the most potent biological intervention available are the ideal candidates for exosome hair restoration. The greater biological complexity and potency of exosome therapy is most meaningful for patients who need more than growth factor stimulation alone. Dr. Akers discusses candidacy and expected outcomes at your consultation.
Follicle Up
Billions of cellular messengers loaded with growth factors and RNA that reprogram how your hair follicles behave, triggering regeneration at a level PRP alone cannot reach.
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Hair Follicle Function
Hair follicles contain a population of stem cells in the bulge region that are responsible for cycling through the phases of hair growth. In androgenetic alopecia, DHT-induced changes in gene expression cause these stem cells to produce progressively shorter, thinner anagen phases with each cycle. Exosomal microRNA delivered to follicular stem cells can reverse some of these gene expression changes, restoring the cell's tendency to produce longer anagen phases and more robust hair shafts.
The Wnt signaling pathway is one of the most important regulators of hair follicle cycling and follicular stem cell activation. Exosomes from stem cells contain Wnt pathway proteins and regulatory RNA that activate this pathway in dormant follicles, signaling the transition from telogen to anagen and the initiation of new hair shaft production. This Wnt activation is a key mechanism by which exosomes produce follicular reactivation that exceeds what conventional growth factors achieve.
VEGF contained in exosomes promotes angiogenesis around the follicular unit, improving the blood supply and nutrient delivery to the follicle. This improved vascular support sustains the energy-intensive active growth phase and contributes to the production of thicker hair shafts with each cycle. The combination of direct follicular reprogramming through microRNA and improved follicular support through enhanced vascularity produces comprehensive hair restoration that addresses the follicle from multiple angles simultaneously.

Restoration Experience
Exosome scalp treatment begins with application of topical numbing cream to the scalp. The exosome preparation is applied to the scalp during and after the microneedling procedure, absorbed through the micro-channels to follicular depth. The anti-inflammatory properties of the exosomes themselves reduce post-treatment scalp irritation compared to microneedling alone, and most patients find the recovery comfortable and brief.
Post-treatment scalp redness resolves within 12 to 24 hours. Hair washing can resume the following day. A standard initial exosome hair restoration series involves two to three sessions spaced four to six weeks apart. Because each session produces a profound biological change in follicular gene expression, fewer sessions are typically required than with PRP alone. Results develop progressively over three to six months after the initial series as follicular reprogramming effects unfold.
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