Gelacell™ - PHB HYDRO 10x10 cm scaffold

https://gelatex.odoo.com/web/image/product.template/8204/image_1920?unique=0a80218

GC0901RN-SC-C
Single scaffold

115,00 € 115.0 EUR 115,00 € VAT Excluded

115,00 € VAT Excluded

Not Available For Sale

    This combination does not exist.

    Gelacell: 10x10 cm scaffold

    Terms and Conditions
    Images are for illustrative purposes only. All product images shown on our website are representations of the actual products and are provided to help visualize the products. However, due to variations in monitor settings, color representation in the images may slightly differ from the actual products. Product specifications such as size, materials, and other details may also vary. 

    Product data sheet Safety data sheet

    Gelacell™ PHB HYDRO is a flagship nanofibrous scaffold in the Gelacell™ family, engineered for advanced 3D cell culture, tissue engineering, and wound healing research. 

    Its hydrophilic PHB fibers enhance media absorption and surface wettability, promoting cell attachment, proliferation, and tissue-like organization. The highly porous, interconnected network supports efficient nutrient diffusion and waste exchange, ensuring healthier, physiologically relevant cell growth compared to traditional 2D cultures. Supplied as a 10 cm × 10 cm sheet, it can be used directly or customized for multiwell plates, bioreactors, or other experimental setups. Combining biocompatibility, mechanical stability, and eco-friendly composition, Gelacell™ PHB HYDRO provides researchers and industrial developers with a reliable, scalable, and next-generation platform for 3D cell culture, drug discovery, and wound healing material applications.

     

    Product Features
    ● 3D architecture with a substantial available surface area.

    ● Minimal modifications required for 2D to 3D culture transition.

    ● Stable mechanical properties.

    ● A 10 cm × 10 cm scaffold can be cut into desired shapes and sizes.

    ● Flexibility of the scaffolds facilitates easy handleability.

    ● Porous structure promotes cell migration and efficient diffusion of nutrients, solutes, and gases.

    ● Compatibility with a variety of cell lines and culture conditions.

    ● Biocompatible polymers, diverse and widely accepted in cellular applications.

    ● Sterilized by Gamma irradiation and will remain sterile until the pack is opened.

    ● Storage at room temperature.