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SERIMAT
Superior Soft Tissue Regeneration
Serimat is a silk protein-based matrix engineered to promote soft tissue regeneration. Its unique design ensures appropriate surface texture, suitable pore size and porosity, and excellent mechanical properties. Moreover, Serimat is suturable and conformable, making it an ideal soft tissue regeneration matrix in implant-based breast reconstruction surgery and other clinical applications.
Serimat has proven biocompatibility and outperforms leading global products in soft tissue and blood vessel formation. In lab and large animal (pig model) studies, Serimat was well tolerated at implantation sites.
Serimat has proven biocompatibility and outperforms leading global products in soft tissue and blood vessel formation. In lab and large animal (pig model) studies, Serimat was well tolerated at implantation sites.
Unmet Need
Serimat addressed the unmet need for an affordable synthetic soft tissue regeneration matrix that can support organ reconstruction surgeries and minimise surgical complications.
Applications of Serimat
With its unique properties and novel silk protein-based design, Serimat is potentially suitable for the following applications –
- Breast reconstruction
- Vaginal wall reconstruction
- Abdominal wall reconstruction
- Dural repair
USPs of Serimat
Ideal Mechanical Properties
Serimat has an appropriate surface texture, suitable pore size and porosity, and excellent mechanical properties. It is suturable and conformable, making it ideal for clinical applications.
Bio-compatibility
Serimat has proven bio-compatibility and outperforms leading global products in soft tissue and blood vessel formation. In lab and large animal (pig model) studies, Serimat was well tolerated at implantation sites.
Safety
Serimat is non-cytotoxic, non-immunogenic, non-sensitizing, non-irritant and does not induce systemic toxicity. It meets ISO 10993 standards for safety certified by Intox Pvt. Ltd. (Pune, IN)
Diverse Applications
Serimat is available in different sizes to suit diverse clinical needs. Moreover, the platform technology is suitable for diverse applications in the field of soft tissue regeneration, such as breast reconstruction, vaginal reconstruction, dural repair, and abdominal wall reconstruction.