Real Time Calcium Flux Measurements in iPSC
27 Aug 2014

Achieving an approval for a new drug involves extensive pre-clinical testing to predict potential unwanted side effects that may be caused by taking the drug candidate. In this application note we will present a 3D cell culture model using cardiac myocytes derived from human induced pluripotent stem cells (iPSCs), to analyze compound induced changes in calcium handling, which can indicate potential side-effects of drug candidates.

Show    per page
7 of 11     Page  ... 7 8 9  ... Next 
Agilent 2100 Bioanalyzer System - Application Compendium protein analysis, DNA, RNA18 Dec 2013Read
A Fully Automated System for Storage of Compounds and Assay Plate Production automation, assay development, compound storage4 Dec 2013Read
Validation of a Novel Tumoroid-Based Cell Culture Model to Perform 3D in vitro Cell Signaling Analyses in vitro, 3d cell culture, fluorescence based assay4 Dec 2013Read
ISSR-PCR Fingerprinting of Plant Pathogen Strains using the QIAxcel® System and BioNumerics® plant science, pathogen detection4 Dec 2013Read
Cardiotoxicity of iCell® Cardiomyocytes Using the CyBi®-SELMA 96, 250 μl Semi-automated Pipettor cell analysis, cardiotoxicity, liquid handling workstation3 Dec 2013Read
Tecan AC Extraction Plate™ for Sample Preparation chromatography, Mass Spectrometry, Tecan20 Nov 2013Read
Plant Genomics at Lightning Speed plant science, Tecan20 Nov 2013Read
Automated LC-MS/MS Analysis of an Analgesic Drug Panel automation, Tecan20 Nov 2013Read
HP D300 Digital Dispenser Creates a Dose Response Curve for Cell-Based and Biochemical Assay drug discovery, Tecan20 Nov 2013Read
Recovery of Serum Directly from Serum Separator Tubes clinical automation13 Nov 2013Read

Popular tags in SelectScience