blood transfusion
clinical analysis
clinical genetics
diagnostic tests / kits
haematology
histopathology
point-of-care testing
spectramax® plus 384 microplate spectrophotometer
spectramax® 190 tunable spectrophotometer
versamax™ microplate reader with softmax® pro software
spectramax® m2e microplate reader
softmax® pro data analysis software
flexstation® ii scanning fluorometer, 96-well plates
metamorph® imaging system
flipr tetra® system
patchxpress® 7000a automated patch clamp system
genepix® 4200 al microarray scanner with autoloader
axopatch 200b microelectrode amplifier
spectramax® m5 multimode microplate reader
metaxpress™ software for high content imaging
ionworks® quattro automated patch clamp system
imagexpress ultra™ high-throughput imaging system
imap® fp evaluation kit w/ progressive binding system
spectramax® m5e microplate reader
stakmax microplate handling system
flexstation® 3 microplate reader
spectramax® l microplate reader
cellkey™ system
aquamax 2000 and 4000 series
imagexpress micro™ high-content imaging system
cellkey™384 system
isocyte™ and isocyte dl™
spectramax® m2 microplate reader
spectramax® l microplate reader system (six-channel)
spectramax® l microplate reader system (two-channel)
metaxpresspowercore™ software
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Characterization of Ion Channels in Stem Cell-derived Cardiomyocytes on An Automated Parallel Patch Clamp System
22 Jun 2010: In this application note Molecular Devices use the PatchXpress 7000A automated parallel patch clamp system is used to record Na, K and Ca currents from stem cell-derived mouse cardiomyocytes. The collaborative effort demonstrates that the combination of “ready-to-use” cardiomyocytes with an automated patch clamp system offers a powerful assay platform for fast assessment of compound efficacy and for safety profiling of lead compounds in a biologically relevant system.
Molecular Devices

Recent articles:
Stem Cell-Derived Human Neurons in CNS Drug Discovery
07 Jun 2010: In this application note from Molecular Devices reproducible batches of human neurons are generated that will significantly improve and impact CNS drug discovery. The stem cell-derived neurons express all known markers typically associated with mature neurons and are functionally active. These neurons have been used in a recent screen to identify antagonists of a novel GPCR target implicated in schizophrenia.
Molecular Devices
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