Apr 16 2010
Olympus has introduced cellSens™ microscope imaging software, a comprehensive, fully customizable solution that allows researchers to move smoothly and quickly from initial image capture through processing, analysis and reporting in just a few simple steps. Even such advanced functions as deconvolution, cell counting, large area stitching, fluorescence unmixing and data sharing are fast and intuitive.
Developed by Olympus engineers specifically for Olympus microscope users, cellSens integrates advanced capabilities with intuitive operation, enabling researchers to maximize their results using world-renowned Olympus hardware and optics. The software’s intuitive interface avoids clutter and adds convenience by displaying only the windows and tools the user needs at any given time. Because the interface is so simple to customize, researchers can easily streamline their individual workflows to provide more efficient imaging, processing, measurement, analysis and communication of their data.
cellSens allows scientists to collect, process and generate data rapidly, helping them move from hypothesis to publication with greater ease. For researchers acquiring large amounts of data and working with colleagues in remote locations, the Database module provides a fully customizable SQL Server Express-based database that can be used locally or across global networks. The Olympus NetCam module offers live viewing over the Internet to further enhance collaboration. Researchers can even exchange images and view data offline using cellSens Viewer software, available for free download at our web site.
“Most researchers would prefer to spend less time with their software and more time working on their science,” said Kimberly Wicklund, PhD, field marketing manager for imaging, Olympus America Inc., Scientific Equipment Group. “The new cellSens software makes this possible by delivering the power of advanced imaging, processing, reporting and collaboration with unprecedented simplicity in operation. Even first-time users are able to generate publishable results with ease.”