The science behind Renuva


Meet the 100% extracellular matrix
• Collagens IV, VI, I, III
• Glycosaminoglycans (GAGs)
• Hyaluronic acid
• Growth factors: EGF, FGF-2, VEGF, IGF-1
• Adiponectin, leptin, angiopoietin-2
• Donor adipocytes
• Free lipids
• Cells
• DNA
• Uniform consistency suitable for precision delivery
• Not frozen or refrigerated
• Maximum 15-month shelf life
• Quick, easy preparation
The restoration process
3 Weeks³
12 Weeks³
3 to 6 Months, Typically¹

The experts in tissue processing
39+
14+
8+
12M+
100+
Peer-reviewed research
Get the clinical guide to Renuva
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Frequently asked questions
Renuva can be used anywhere fat naturally exists in the body and has been documented across multiple anatomical sites including the face, neck, hands, and body, with peer-reviewed evidence in delicate facial areas including the temples.¹˒⁶
Renuva is processed by MTF Biologics, a global nonprofit organization, with 39+ years of work in tissue donation and processing. Each unit is single-donor sourced and undergoes a validated aseptic process to remove lipids, cells, and DNA.¹
Once Renuva has been gradually replaced by the patient's own fat tissue (typically over 3 to 6 months), the restored volume behaves like the patient's natural fat. A 2024 single-patient case study demonstrated evidence of soft tissue augmentation persisting up to 8 years.⁴
Renuva works by giving the body a scaffold to remodel fat tissue. Tissue formation happens in stages: new fat tissue begins forming at the matrix's edges within weeks, continues throughout the matrix over several months, and gradually replaces the scaffold on a predictable timeline.¹
Both restore volume using adipose tissue, but they take different clinical approaches. Fat transfer uses live fat cells harvested from the patient. Renuva is an off-the-shelf adipose allograft of 100% extracellular matrix that the body gradually replaces with the patient's own fat typically over 3 to 6 months.¹









