Microfragmented adipose tissue transfer (MFAT) is an FDA-compliant procedure that uses fat tissue, often from areas like the abdomen or flank, to promote healing and tissue repair.
Adipose tissue is harvested from the body through a minimally-invasive procedure performed under local anesthesia. It is then processed into smaller fragments, releasing beneficial components, such as growth factors, cytokines, and cells that stimulate repair.
Growth factors are proteins present in your body that help regulate cell growth, proliferation, differentiation, and healing processes. These proteins are typically produced by various types of cells, including platelets, fibroblasts, and immune cells. Cytokines are proteins that control the growth and activity of immune cells and blood cells. The cells that promote healing are called mesenchymal stromal cells (or medicinal signaling cells), which have been shown to release growth factors and cytokines when injected into the area of injury.
The microfragmented adipose tissue is injected or implanted into the target area where tissue repair or regeneration is needed in the body. The MFAT technique can provide structural support, help repair wounds, reduce inflammation, and reduce pain.