The projects we have developed
Interreg Italy–Switzerland Project
Aimed at creating a support ecosystem for startups in the regenerative medicine sector, through the provision of infrastructure, laboratories, scientific expertise and services dedicated to innovation.
Research project on neuropathic pain therapy
Aimed at assessing the efficacy of an autologous, processed and enriched adipose tissue implant in the treatment of migraine and the main peripheral pain syndromes.
Research project on chronic tendinopathies
Aimed at studying the use of adipose tissue derivatives in the treatment of lateral and distal epicondylitis refractory to conventional therapies.
Development project for biomaterials derived from amniotic membrane
Aimed at developing formulations in the form of patches, gels and freeze-dried products for the treatment of acute and chronic wounds and deep skin lesions.
Research project for the development of a cell-based drug delivery platform
Based on the use of stem cells as biological vectors for the targeted release of drugs directly at the pathological site.
Project dedicated to bone regeneration in dental implantology
Aimed at assessing the use of stem cells and their biological derivatives to promote osseointegration and bone tissue regeneration, in collaboration with a network of dental clinics.
Development of a GMP protocol for the production of CAR-T cells
Starting from material obtained through preventive leukapheresis and subsequently cryopreserved in a biobank, with the aim of reducing cell therapy production times.
Study of circulating immunophenotype and stem cell populations
Aimed at characterising the immunological and cellular changes induced by treatments dedicated to longevity medicine.
Development of a cryopreservation protocol for dental pulp stem cells
With the aim of validating a new biological source for future applications in regenerative medicine and cell therapy.
Collaboration on the development of an innovative medical device
For the isolation of the Stromal Vascular Fraction (SVF) through exclusively mechanical processing, without the use of enzymatic digestion.
Development of an autologous cosmetic formulation
Enriched with extracellular vesicles (EVs) obtained from adipose stem cells, intended for applications in aesthetic and regenerative medicine.
Research project on the enhanced production of extracellular vesicles (EVs)
Derived from adipose stem cells, and on the evaluation of their potential applications in regenerative medicine and translational medicine.