ABOUT MITODERM

Science is our craft. Beauty is the outcome.

Mitoderm brings clinical-grade exosome technology to aesthetic practitioners — from Israel to the world.

01MISSION

Built for the clinic, grounded in science

We partner with researchers, formulators and clinicians to bring exosome-based treatments to professional practices — products, protocols and training designed around real clinical outcomes, not trends.

02THE SCIENCE

What exosomes do, simply put

Exosomes are tiny vesicles loaded with growth factors, peptides and signaling molecules. Applied professionally, they instruct skin cells to repair, regenerate and produce more collagen — accelerating recovery, refining texture and visibly restoring radiance.

BillionsActive cells delivered per treatment
40+Growth factors & cytokines
~30 nmVesicle scale
03FAQ

FAQs

What are exosomes?

Exosomes are tiny vesicles, rich in growth factors, proteins, and regenerative signals. These powerful messengers interact with your body's cells, stimulating healing and rejuvenation.

How do exosomes work?

Exosomes deliver growth factors, proteins, and regenerative signals directly to your body's target cells. When applied to a treatment area, they communicate with these cells to promote repair, regeneration, and rejuvenation. By harnessing your body's natural healing processes, exosome therapy stimulates tissue renewal, boosts collagen production, and enhances overall cellular health. The result is significant improvement in the treated area—whether it's skin, hair or other specific regions.

What conditions are helped by exosomes?

At Mitoderm, our exosome therapy offers transformative solutions—including skin rejuvenation to enhance texture and reduce signs of aging; hair restoration to promote growth and address thinning hair; reduction of acne scars for smoother skin and post-procedure healing to accelerate recovery—all by unlocking your body's natural ability to renew.

Talk to a Mitoderm specialist

Get pricing, protocols and onboarding for your clinic.

Contact us