Degradable polymers for tissue regeneration, cell culture and drug delivery applications

AKIRA Science specializes in advanced soft tissue engineering solutions, particularly through their innovative AkiMed™ breast implant. This bioresorbable implant is designed to support natural tissue regeneration, addressing the significant challenges faced by women undergoing breast reconstruction after lumpectomy due to breast cancer. The company focuses on creating personalized solutions that enhance patient outcomes by reducing surgical complexity and wait times, while also providing a more natural-feeling reconstruction option. Their approach aims to empower women by improving accessibility to effective reconstructive options.

The technology behind AKIRA Science's offerings includes the development of synthetic biomaterials for 3D-printed bioresorbable implants. These implants are engineered to optimize cell-material interactions, which is crucial for successful integration into human tissues. The company employs tailored 3D printing protocols to customize the physical and chemical properties of their products, ensuring enhanced biocompatibility and performance. By revolutionizing soft tissue engineering with these advanced materials and techniques, AKIRA Science is committed to transforming the landscape of reconstructive surgery and improving the overall quality of care for patients.

Sweden

We, at Akira Science - a Stockholm based tech start-up-, use the latest manufacturing technologies to provide you with pliable scaffolds for soft tissue engineering. Our solutions results from the synergistic combination of degradable polymers synthesis expertise, mechanical simulation approach to develop suitable scaffold design to tailor the biological response.

AKIRA Science

Company Details