A Revolution in Regenerative Medicine
Image Regenerative Clinic is Italy's first specialized regenerative medicine clinic, offering services from reconstructive surgery to advanced aesthetic treatments. It was founded by Professor Carlo Tremolada, a prominent figure in plastic surgery and inventor of the Lipogems method, which is used in over 30 countries worldwide to treat pathologies, alleviate pain, and restore wellness.
Lipogems is rapidly becoming a fundamental tool in regenerative medicine, with continuously expanding applications. The technology, based on preserving adipose tissue structure and its mesenchymal stem cells, represents a significant innovation in regenerative treatments.
Clinical Applications of the Lipogems System
"Lipogems is used to graft microfragmented fat, permanently increasing microvascular density in the treated area. One of the most common conditions we address is osteoarthritis, a common skeletal disorder," states Professor Carlo Tremolada.
The efficacy in treating osteoarthritis is particularly noteworthy: 90% of patients with early-stage osteoarthritis show positive results, while advanced conditions maintain a 60% success rate. The treatment can prevent or significantly delay the need for prosthetic surgery.
In aesthetics, Lipogems Beauty provides lasting results in skin rejuvenation, with effects persisting up to 4-5 years post-treatment. In facial lifting surgery, the system promotes accelerated healing with reduced post-operative edema and improved skin quality.
Applications extend to proctology, gynecology, and dermatology. Particularly significant are the results in treating Crohn's disease-associated fistulas, where Lipogems has demonstrated efficacy comparable to specific biological drugs.
Scientific Development and Validation
The Lipogems system is the result of years of research in tissue reconstruction. Collaboration with Professor Arnold Caplan, a pioneer in mesenchymal stem cells, contributed to the scientific validation of the method, culminating in FDA approval.
The key technical innovation lies in using an ultra-thin cannula and closed system that preserves cellular integrity during adipose tissue processing. This approach ensures superior results in revascularization and transplanted tissue integration.
Applications have recently extended to veterinary medicine, particularly in treating sport horses, demonstrating the system's versatility and efficacy across various clinical contexts.
