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Application Note
Diffusion rates for small drug molecules studied in GrowDex®-T hydrogel
Application note for GrowDex-T hydrogels.
Application Note
High Throughput Cytotoxicity Testing with HepG2 Cells Grown in 3D Culture
Application note for GrowDex hydrogels.
Application Note
Osteosarcoma cell line MG-63 viability study in GrowDex®-T
Application note for GrowDex hydrogels.
Application Note
RNA isolation and integrity from primary tumor PDECs cultured in GrowDex compared with Cultrex
Application note for GrowDex hydrogels.
Application Note
Adipose derived mesenchymal stem cells: Investigating sphere formation in relation to seeding density and hydrogel concentration
Application note for GrowDex hydrogels.
Application Note
Recommended Procedure For Diluting and Mixing GrowDex®-T
Application note for GrowDex-T hydrogels.
Application Note
GrowDex® Supports Human iPSCderived Neural Progenitor Differentiation in vitro
Application note for GrowDex hydrogels.
Application Note
Novel NRAS mutated human melanoma cell line MUG-Mel2 3D culture in GrowDex®
Application note for GrowDex hydrogels.
Application Note
Recommended Procedure For Binding Biotinylated Proteins to GrowDex®-A Jenni
Application note for GrowDex-A hydrogels.
Application Note
GrowDex-A Functionalized with Biotinylated Fibronectin and Vitronectin Promotes 3D Culture of Fibroblasts
Application note for GrowDex-A hydrogels.
Application Note
Kinetic Binding of Kinase inhibitors and determination of Kon, Koff rates
This application note presents the use of fluorescent kinase inhibitors to determine the kinetic binding properties of inhibitors of interest and demonstrates the pharmacological relevance of the kinase binding platform for both equilibrium-and kinetic profiling.
Application Note
Characterizing pharmacological compounds with complementary Upstream and Downstream GPCR readouts
This application note presents and compares the pharmacological characterization of a panel of reference compounds (full agonists, partial agonists, antagonists) in δ-opioid and D2 receptor models with two different Gi-coupled receptor activity monitoring assays: the HTRF® GTP Gi binding assay and the HTRF cAMP Gi assay.
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