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Gelacell™ - Advanced 3D Cell Culture Scaffolds

Gelacell™ is a state-of-the-art 3D cell culture scaffold designed for cutting-edge research and tissue engineering applications. Engineered with precision, this unique non-woven, highly porous scaffold boasts exceptional biocompatibility and non-toxicity, making it ideal for a wide range of cell types. Its innovative 3D architecture features a substantial available surface area, offering an optimal environment for complex cell cultures like organoids and tissue regeneration. With minimal modifications required for transitioning from 2D to 3D culture, Gelacell™ streamlines your research process.

• 3D architecture with a substantial available surface area.
• Minimal modifications for 2D to 3D culture transition.

Key Features and Specifications

Gelacell™ is crafted from pharmaceutical-grade poly-L-lactide (PLLA) fibers, ensuring stability and reliability. The aligned fibers provide a structured pathway for cell orientation and growth, which is particularly beneficial for directional tissue development. The scaffold is affixed to transparent, inert PET discs, allowing for straightforward visual imaging and easy handling. Here are some of the key features and specifications that make Gelacell™ stand out:

• Stable mechanical properties and optimized design.
• Substantial swelling capabilities and porosity for efficient nutrient diffusion.
• Compatibility with various cell lines and culture conditions.

Practical Applications and Benefits

Gelacell™ is a robust platform for drug screening and other cell culture investigations. Its optimized design ensures thermal, chemical, and mechanical stability, while providing substantial swelling capabilities and porosity for efficient nutrient diffusion and cellular waste build-up prevention. The aligned fibers facilitate directional tissue development, making it an excellent choice for specialized cell cultures. Here are some practical applications and benefits of using Gelacell™:

• Direct analysis of cell morphology and behavior under a fluorescence microscope.
• Sterilized by Gamma irradiation for safety and reliability.
• Storage at room temperature for convenience.