Trouble shoot leica acquire full#

The Leica AF6000 can be combined with monochrome and color cameras as well as EMCCD cameras.

The use of a motorized stage also enables documentation of images on several selected areas of interest in the specimens. In addition, the Leica M205 FA fluorescence stereomicroscope with FusionOptics™ is a perfect partner for the Leica AF6000, with applications in time-lapse and 3D image capture in the world of developmental biology.

The Leica AF6000 is compatible with automated upright and inverted microscopes from Leica Microsystems. * Well Plate acquisition with predefined or user-definable patterns (Leica DMI6000 B required)įlexibility for a wide range of applications * Live Data Mode for flexible definition and combination of various experimental routines * FRET SE Wizard for the acquisition and analysis of live FRET specimens * Colocalization for visualization and quantification of colocalized fluorochromes * Dye Finder for elimination of cross-talk between fluorochromes * A range of advanced deconvolution options * Mark and Find capabilities for multi site experiments

Trouble shoot leica acquire full#

* Full range of enhancement tools for improving the appearance of the image * Measurement and presentation features for image quantification * Multi-channel acquisition to generate overlays at the click of a button * Display and interact with 3D data volumes with the 3D Visualize package Optional modules for FRET, advanced time-lapse, channel unmixing, colocalization and various deconvolution techniques will extend the analysis capability. The system incorporates a wealth of standard features for image documentation, processing, quantification and analysis. This flexible, fully integrated system can be equipped with a large number of application packages and software modules. The Leica AF6000 provides all the necessary facilities for demanding fluorescence applications. The flexible system for a variety of applications in fluorescence microscopy and image analysis including time-lapse experiments, multi-positioning, z-stacking and deconvolution.