Visikol Products
We offer several reagents and supporting materials that provide researchers with an unprecedented view of tissues for enhanced characterization.
Co-culture comprised of cryopreserved primary feline hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary dog hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary human hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of pooled cryopreserved primary human hepatocytes cultured with cells of non-parenchymal, stromal type.
Self-assembling co-cultures (SACCs) of primary hepatocytes that are cryopreserved and combined with a non-parenchymal (stromal) cell line.
Co-culture comprised of cryopreserved primary minipig hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary mouse hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary primate hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary Rabbit hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary rat hepatocytes cultured with cells of non-parenchymal, stromal type.
Co-culture comprised of cryopreserved primary rat hepatocytes cultured with cells of non-parenchymal, stromal type.
Visikol provides the widest array of primary hepatocyte-based micro livers available: 12 different models representing 10 mammalian species. Offered as individual species cultured in microtiter plates of any standard well size or, for added speed and convenience at the bench, as ZooPlates™ — micro livers of multiple species custom-configured on a single labware plate
A rapid, easy-to-use, affordable and reversible tissue clearing technique for whole tissues. Easily pair fluorescent protein and/or immunofluorescent labeling with tissue clearing for whole tissue (e.g. mouse brain, tumor) imaging using confocal, light sheet or 2-photon microscopy.
An assortment of buffers required to complete the Visikol HISTO approach.
A Visikol HISTO reagent designed specifically for use with 3D cell culture models (e.g. organoids, spheroids, microtissues) in high throughput automated assays. The Visikol HISTO-M technology allows for complete 3D cell culture characterization instead of current assays that are biased towards only peripheral characterization.