3D G-Scaffold: Graphene foam scaffold for conductive 3D cell culture (3 x 3 cm). 3D G-Scaffold is a carbon-based biomaterial that serves as an ideal support structure for cells to attach, grow, and differentiate without need for surface treatment or coating with biological materials. With an interconnected microporous network composed of conductive graphene sheets, 3D G-Scaffold provides ideal biomechanical, biochemical, and electrical properties for 3D cell culture. Compared to other commercially available scaffolds, 3D G-Scaffold shows improved cytocompatibility, cell adhesion, cell morphology, and cell viability. GROWTH METHOD: Chemical Vapor Deposition. GROWTH SUBSTRATE: Nickel Foam. FORMAT: Freestanding foam insert. SIZE: 3x3x0.16 cm. COMPOSITION (EDS): >99% C. DENSITY: ~3.5 mg/cm3. SURFACE AREA: ~400 m2/g. PORE SIZE: 5-500 um. CONDUCTIVITY: 2 x 10^5 S/m. EFFECTIVE TENSILE STRENGTH: 25 kPa. EFFECTIVE YOUNGS MODULUS: 35 MPa. STORAGE: RT. MANUFACTURER: General Graphene Corp.