Microscopy Automation and Image Analysis Software

Molecular Devices

Version 2.5 of the MetaMorph® NX microscopy automation and image analysis software now includes modules for the study of neuronal morphology and fiber structures, support for targeted illumination devices, and a high-speed image acquisition mo...

Microplate Data Compliance Software

Molecular Devices

SoftMax® Pro 6 GxP microplate data compliance software combines the functionality and controls of SoftMax Pro 6 data acquisition software for microplate readers with tools for speeding compliance for GLP, GMP, 21 CFR Part 11 requirements in re...

Super-Resolution Microscopy System

Molecular Devices

The MetaMorph® super-resolution system features real-time image processing with its GPU-accelerated hardware, which can expand the capabilities of optical microscopy in research and support different scientific applications from time-lapse stu...

Microplate Detection Platform

Molecular Devices

The SpectraMax i3 platform’s base system features an integrated optical system enabling top and bottom reads for 6–384-well microplates and launches with three detection modes: luminescence, absorbance, and fluorescence. The user-exchangeable cartr...

Calcium Assay Kits

Molecular Devices

FLIPR® Calcium 6 assay kits address a range of GPCR and ion channel targets. Combining a fluorophore with quench technology, the dye offers a high quantum yield, delivering a good signal window, which enables researchers to monitor low-respond...

Data Acquisition System

Molecular Devices

The Axon™ Digidata® 1550 low-noise data acquisition system allows for the parallel patching of up to eight cells simultaneously. It features eight independent analog output channels to simultaneously send command waveforms to multiple cells at...

Electrophysiology Platform

Molecular Devices

The IonWorks Barracuda® Plus system is an automated patch-clamp system that is designed to produce wide assay windows and stable ionic currents, enabling protocols to probe the use-dependent nature of ion channel drug candidates. Use-dependent...