Serigen develops tissue regeneration products utilizing natural silk proteins to create osteoconductive bone void fillers, absorbent wound dressings, and soft tissue matrices. These products address the clinical needs of patients with complex wounds, bone defects, and soft tissue injuries by promoting faster healing and regeneration.
Funding
Funding not disclosed
Founders
Product
Problem
Patients with bone defects, complex wounds, and soft tissue injuries often face challenges in achieving rapid and effective tissue regeneration. Current treatments may not always provide an optimal environment for cells to thrive, leading to prolonged healing times and potential complications.
Solution
Serigen develops tissue regeneration products using silk protein-based biomaterials designed to accelerate healing and improve patient outcomes. Their technology transforms silk threads into solutions that can be structured into various forms, addressing unmet clinical needs in diverse patient communities. Serigen's product line includes bone void fillers, wound dressings, and soft tissue matrices, all leveraging the biocompatibility and thermo-mechanical stability of silk proteins. These products aim to provide an environment conducive to cell growth and function, promoting faster and more efficient tissue repair.
Target Audience
The primary target audience includes surgeons, physicians, and healthcare providers specializing in orthopedics, wound care, and reconstructive surgery.
Features
- SERIOSS: Osteoconductive bone void filler designed to fill cavities in bone caused by trauma, infection, or cancer.
- SERIDERM: Non-adherent, absorbent wound dressing for accelerated healing of complex wounds such as diabetic foot ulcers, bed sores, and second-degree burns; available with and without silver.
- SERIMAT: Silk protein-based matrix engineered to promote soft tissue regeneration, featuring appropriate surface texture, pore size, porosity, and mechanical properties.
- Patented technology for processing silk threads into versatile solutions for biomedical applications.
- Products utilize environment-friendly aqueous processing protocols.