Biogennix
Biogennix is dedicated to improving patient care through advanced osteobiologic products and educational content, leveraging innovative technologies such as TrelCor, which combines nanotechnology with biomimetic composition and structure to enhance bone regeneration. The company focuses on providing surgeons with scientifically supported solutions that actively participate in the bone healing process, aiming for better clinical outcomes and handling.
Industries
Nr. of Employees
small (1-50)
Biogennix
Irvine, California, United States, North America
Products
Moldable HCA-based osteoconductive granules with collagen binder
Porous granulated scaffold combined with type I collagen and an organic binder to produce a moldable graft with high granule density, biomimetic porosity (~500 µm granule pore size), binder absorption profile of ~1–2 days, and room-temperature storage.
High-granule-density collagen-enhanced absorbent strip
Densely packed resorbable granule strip within a type I collagen matrix engineered to rapidly absorb fluid and transform into a flexible, malleable strip for application in a variety of voids and defects; designed for compatibility with autograft and bone marrow aspirate.
Collagen surgical matrix for wound management
Purified type I bovine collagen matrix designed to form a gel upon contact, maintain a moist low-pH environment, support hemostasis and revascularization, provide antimicrobial activity, and absorb wound exudate for surgical and wound-care applications.
Bone marrow aspiration kit with multi-level harvesting needle
Integrated aspiration system featuring a multi-level lateral-port needle and distal-tip blocking to harvest concentrated bone marrow aspirate with higher colony-forming unit counts per mL, minimizing peripheral blood contamination and reducing need for centrifugation.
Fiber-based porous matrix graft configuration
Fiber matrix format designed as an alternate handling configuration to granules or strips, offering porous structure suitable for spinal fusion and other bone grafting procedures.
Moldable HCA-based osteoconductive granules with collagen binder
Porous granulated scaffold combined with type I collagen and an organic binder to produce a moldable graft with high granule density, biomimetic porosity (~500 µm granule pore size), binder absorption profile of ~1–2 days, and room-temperature storage.
High-granule-density collagen-enhanced absorbent strip
Densely packed resorbable granule strip within a type I collagen matrix engineered to rapidly absorb fluid and transform into a flexible, malleable strip for application in a variety of voids and defects; designed for compatibility with autograft and bone marrow aspirate.
Collagen surgical matrix for wound management
Purified type I bovine collagen matrix designed to form a gel upon contact, maintain a moist low-pH environment, support hemostasis and revascularization, provide antimicrobial activity, and absorb wound exudate for surgical and wound-care applications.
Bone marrow aspiration kit with multi-level harvesting needle
Integrated aspiration system featuring a multi-level lateral-port needle and distal-tip blocking to harvest concentrated bone marrow aspirate with higher colony-forming unit counts per mL, minimizing peripheral blood contamination and reducing need for centrifugation.
Fiber-based porous matrix graft configuration
Fiber matrix format designed as an alternate handling configuration to granules or strips, offering porous structure suitable for spinal fusion and other bone grafting procedures.
Services
Distributor partnership and commercial support
Support for distributors including product training, marketing materials, and contract assistance for hospital approval processes.
Clinical and technical education for surgeons
Educational content and technical guidance on bone graft biology, mechanisms of action, material handling, and imaging assessment to support surgical adoption.
Distributor partnership and commercial support
Support for distributors including product training, marketing materials, and contract assistance for hospital approval processes.
Clinical and technical education for surgeons
Educational content and technical guidance on bone graft biology, mechanisms of action, material handling, and imaging assessment to support surgical adoption.
Expertise Areas
- Osteobiologic materials development
- Surface morphology and composition engineering for bioactivity
- Porous scaffold and pore-architecture design for osteoconduction
- Formulation and manufacturing of collagen-enhanced grafts
Key Technologies
- Nanostructured surface engineering
- Hydroxycarbanoapatite (HCA) surface chemistry
- Layered composition (surface-layer over core) for tunable resorption
- Chemical conversion of calcium carbonate to HCA