SoftWoRx Suite provides you with the most advanced visualization and analysis package available on a windows-based platform. Within the integrated image viewer, image restoration and image analysis software, softWoRx Suite provides data management, visualization and analysis with:

• Integrated image viewer and browser with real-time image preview, channel select, Z and time control, on-screen channel, z and time annotations, scaling tool with histogram, channel color tool, 4D measurement and animation tools, data inspection, ROI, image "send to", export and print functions as well as FTP and secure FTP support.
• Image Visualization and Analysis (powered by BitPlane) with Real-time display with slicer, multi-plane sectioning and multi-processing standard shadow projection, Image processing with baseline correction, noise removal, 3D image rotation, emission attenuation and cross-talk correction, 3D visualization with real-time 3D and high-resolution visualization, maximum intensity projection, arbitrary lighting and shadowing, animation editor, Measurement tools with Free points, OrthoSlice points and IsoSurface Points, intensity measurements, intensity thresholding and manual object segmentation and image output and management using standard .tif format, QuickTime and AVI.
  
• Deconvolution with image correction featuring the industry acclaimed constrained iterative 3D image restoration and image correction, a quantitatively validated deconvolution solution generating the most accurate measure of sample fluorescence available.
  
  

The "advanced option" for softWoRx Suite includes a complete colocalization analysis package and 4D particle tracking functionality, all seamlessly integrated into the visualization package. Colocalization is an essential element to easily isolate, visualize, and quantify regional overlap in 3D and 4D images with results presented in two ways, a new 3D or 4D channel or as a statistical report. Particle tracking provides a wide range of 3D and 4D visualization capabilities, as well as image editing and processing functions. Save time on your research by automatically identifying and tracking large numbers of objects, documenting spatial and temporal changes and understanding motion and changes of shape, volume and intensity.