Products & Reviews

GrowDex® hydrogel consists of nanofibrillar cellulose (1.5% w/v) and 98.5% purified water and is supplied ready to use. GrowDex is ready to use and can be mixed directly with cells and culture media, no gelation or cross-linking step required. Ambient handling and shear thinning properties of GrowDex enable easy dispensing and use in automated systems. Please refer to the product Instructions for Use and the Quickstart Guide…

GrowDex® hydrogel consists of nanofibrillar cellulose (1.5% w/v) and 98.5% purified water and is supplied ready to use. GrowDex is ready to use and can be mixed directly with cells and culture media, no gelation or cross-linking step required. Ambient handling and shear thinning properties of GrowDex enable easy dispensing and use in automated systems. Please refer to the product Instructions for Use and the Quickstart Guide a…

GrowDex®-T is a transparent hydrogel that consists of nanofibrillar cellulose (1.0% w/v) and 99.0% purified water and is supplied ready to use. The transparent nature of GrowDex-T makes it ideal for use in microscopy applications as well as high content imagers. GrowDex-T is ready to use and can be mixed directly with cells and culture media, no gelation or cross-linking step required. Ambient handling and shear thinning prop…

GrowDex®-A is a transparent hydrogel that consists of avidin conjugated nanofibrillar cellulose (1.0% w/v) and 99.0% purified water that is supplied sterile GrowDex-A is ready to use: first mix with the desired biotinylated molecule e.g. proteins, peptides, antibiotics and then add cells and culture media, no gelation or cross-linking step required. Ambient handling and shear thinning properties of GrowDex-A enable easy dispen…

GrowDase™ is a purified mixture of cellulase enzymes that has been specifically developed to breakdown the nanofibrillar cellulose. The process is simple, enzyme is mixed with the sample and incubated at 37°C until the GrowDex has been degraded. Enzymatic removal allows cells to be recovered from the matrix efficiently, retain their 3D structure, e.g. spheroid or organoid in-tact and does not exhibit any adverse effect on cel…