ASCE+ Exosomes
ASCE+ Exosomes represent an advanced development in regenerative aesthetics, using biologically active extracellular vesicles that support skin and scalp health at the cellular level.
These microscopic “messenger” particles contain proteins, peptides, lipids, and growth factors that assist with communication between skin cells - helping to support natural repair, balance inflammation, and optimise overall skin function.
In Skin Treatments
When used in combination with medical microneedling or laser-based procedures, ASCE+ exosomes are applied topically to the treated area to enhance post-procedure recovery and support collagen stimulation.
They can be used on both the face and body to help improve skin texture, elasticity, and tone, while supporting hydration and overall skin vitality.
In Hair Restoration
ASCE+ exosomes can also be incorporated into scalp rejuvenation or hair restoration protocols, often following microneedling or growth factor treatments.
In these settings, exosomes may assist with improving scalp condition, follicular environment, and hair quality as part of a comprehensive doctor-led plan that may also include prescription therapies.
What to Expect
Your practitioner will assess your skin or scalp to determine whether ASCE+ exosomes are an appropriate adjunct to your treatment plan. The treatment involves minimal downtime, with mild redness or sensitivity possible for 24–48 hours after microneedling or laser therapy. Results develop gradually as the skin’s natural renewal and repair processes occur over the following weeks.
ASCE+ Exosomes are not a medicine or prescription product. They are applied as part of a medically supervised skin or scalp rejuvenation program using TGA-approved formulations. Suitability and expected outcomes vary by individual and will be discussed during your consultation.
Everyone’s skin tells a story - of genetics, environment, hormones, stress, and time.
At Mind Body Skin Institute, our role is to interpret those signals and design thoughtful, doctor-led treatment plans that address both the surface and the source.