[Opening]
Thank you. It’s a pleasure to be here with the Solongevity team and friends of Image Regenerative Clinic Milano.
I’m Carlo Tremolada, plastic and maxillofacial surgeon. My background is surgery, but my passion has always been research—
especially the kind that helps the body repair itself. Today I’ll walk you through a practical, already-available regenerative
approach that we developed and patented: Lipogems—micro‑fragmented adipose tissue (MFAT).
[Why adipose tissue]
For centuries we’ve known that fat is not just “filler.” Adipose tissue is richly vascularized; along the tiny blood vessels live
perivascular cells that can act as mesenchymal stromal cell (MSC) precursors. If we can concentrate and present that microenvironment
to damaged tissues in a safe, minimally invasive way, we consistently see better pain control, improved function, and better-quality
healing across multiple indications.
[What Lipogems is]
Lipogems is a sterile, single‑use, closed system that gently reduces small clusters of adipose tissue from roughly 3 mm down to
around three‑tenths of a millimeter, without enzymes and without additives. The device is air‑free and fluid‑perfused, protecting
the fragile capillary niche while removing oils, blood residues, and inflammatory debris. The output is micro‑fragmented adipose
tissue that can be injected with fine cannulas directly where it’s needed.
[The harvest—simple and aesthetic-friendly]
We harvest a small amount of fat—typically from abdomen or flanks—using tiny incisions and tumescent local anesthesia. Patients
usually appreciate the aesthetic “bonus” and the fact that it’s a quick outpatient procedure with a short recovery. Because the
system is closed and gentle, complications are rare; in our experience, infection is extremely uncommon, and pain is limited.
[What the micro‑fragments do]
Think of each micro‑fragment as a living, physiological “bioreactor.” It brings not only adipocytes but, crucially, the perivascular
stromal niche with a cocktail of cytokines, growth factors, extracellular‑matrix signals, and the ability to modulate inflammation.