A Novel Platform for Automated Production and Screening of Scaffold-Free, Organotypic Microtissues
30 Jan 2015

Although the advantages of organotypic 3D-cell-culture models have been known for years, complex production and readout processes impeded its industrial implementation. This study presents a novel high throughput-compatible 96-well platform to produce organotypic, scaffold-free microtissues and its implementation in an automated screening process. This technology allows the production of tumor and primary microtissues in a hanging-drop culture by liquid top-loading similar to standard 96-well monolayer plates.

Show    per page
2 of 29     Page  1 2 3  ... Next 
Miniaturization of an Epigenetic AlphaLISA® Assay with the Labcyte® Echo® Liquid Handler and the BMG LABTECH PHERAstar® FS epigenetics, liquid handling workstation22 Jan 2015Read
FluzOR Differentially Identifies K+ Channel Antagonists Using FDSS6000 cell based assays22 Jan 2015Read
A Fluorogenic Assay for Identification of Coagulation Factor IIa Inhibitors automation22 Jan 2015Read
Middle-Down Analysis of Monoclonal Antibody Using Nano-Flow Liquid Chromatography and a Novel Tribrid Orbitrap Mass Spectrometer monoclonal antibodies21 Jan 2015Read
Dilution of Metal Samples for Spectroscopic and Spectrometric Analysis liquid handling workstation, metals20 Jan 2015Read
Monitoring Intracellular Ca2+ Fluxes with Clonetics™ Primary Sensors using the Orion II Microplate Luminometer calcium20 Jan 2015Read
Analysis of Compound Combination Experiments compound screening20 Jan 2015Read
Monoclonal Antibody and Related Product Characterization under Native Conditions Using a Benchtop Exactive Plus EMR MS monoclonal antibodies16 Jan 2015Read
Removing the Challenges of Aflatoxin Food Safety Testing by Implementing a Simple Sample Matrix Preparation mycotoxin, food testing16 Jan 2015Read
Fluorescence-Based DNA Quantification in Low Volumes Using the Infinite® M1000 and Infinite F500 Multimode Readers DNA quantification16 Jan 2015Read

Popular tags in SelectScience