Application Notes


Alvetex Scaffold

AN-SC-01   Formation of Mesenchymal Tissues in Alvetex Scaffold Derived From Stem Cells and Established Cell Lines
AN-SC-02   Routine Assessment of Cancer Cell Cytotoxicity in a Novel Three Dimensional Culture Assay
AN-SC-03   Modelling Cancer Cell Migration and Invasion Using Novel Technology for Three Dimensional Cell Culture
AN-SC-04   Preclinical Profiling of Anti-Cancer Therapeutics Using a Novel 96-Well 3D Cell Culture Assay
AN-SC-05   Development of 3D Co-culture Models
AN-SC-06   Application of Alvetex Scaffold for 3D Culture of Osteocytes to Investigate Regulation of Bone in Normal and Simulated Microgravity Environments
AN-SC-07   Modelling the Growth of Simple Epithelial Monolayers Using Alvetex Scaffold
AN-SC-08   Reinnervate Perfusion Plate: Dynamic Circulation and Perfusion of Culture Medium Within a Multi-welled Plate
AN-SC-09   Testing cytotoxicity in MCF-7 and SW620 cancer cell lines on Alvetex Scaffold 96 well plates
AN-SC-10   Enhanced Structure and Viability of Liver Hepatocytes
AN-SC-11   Toxicity assessment using HepG2 liver cell lines in Alvetex Scaffold 96 well plates
AN-SC-12   Growth and Differentiation of Neural Tissues in Alvetex Scaffold
AN-SC-13   Three Dimensional Culture of HaCaT Keratinocytes Using Alvetex Scaffold
AN-SC-14   Target-based drug activity and post-translational and transcriptional analysis using ex vivo Alvetex Scaffold – a poster From Tecan
AN-SC-15   3D cell culture: mimicking real tissue: Running Alvetex Scaffold in 96-well plate format on the Tecan® Freedom EVO® robotic liquid handling system – an application note from Tecan
AN-SC-16   Side by side: An evaluation of 2D vs. 3D cell culture for High Throughput Screening in Drug Discovery – a poster from AstraZeneca
AN-SC-17   Drug resistance mechanisms in FGFR-driven cancers – a poster from Barts and the London School of Medicine and Dentistry, Queen Mary University of London

Alvetex Strata

AN-ST-01   Maintenance of Intact Tissues Using Alvetex Strata
AN-ST-02   Propagation of Human Pluripotent Stem Cells in Three Dimensional Culture Using Alvetex Strata