Volocity is a powerful image analysis tool we have available to OBC users.

Volocity comes in three parts: visualization, quantification and restoration. If you only need the visualization module please select “core” when logging in. You only need to reserve time on the Google calendar when using the “complete” module or “deconvolution” only module

Here is the company information on each module:

http://www.cellularimaging.com/

Volocity Visualization (core)

To truly understand the biology of your samples, you need to view them in 3D. Only when you see your sample from every direction, both inside and out, can you fully appreciate the complex interactions that occur between structures. Volocity Visualization is designed to provide rapid, interactive, high resolution volume rendering of multichannel 3D and 4D data sets. Visualization puts you in full control of the way that you view 3D data, offering a choice of rendering methods so that you can achieve the best results. A range of file formats can be imported from wide field and confocal microscopes and snapshots and movies to share and publish can be created quickly and easily.

Volocity Quantitation (complete)

Volocity Quantitation provides a comprehensive range of options to analyze structure and function in 3D and 4D image data. Objects can be identified, measured and tracked in 2D, 3D and 4D and is ideal for relating structure to function, especially in time lapse data sets. Volocity Quantitation also includes functionality to analyze colocalization, 3D FRAP, FRET and 3D ratio images.

Volocity Restoration (complete or deconvolution only)

Volocity Restoration provides a choice of proven restoration algorithms to quickly and easily convert standard wide field fluorescence microscope images into superior confocal quality data, removing out-of focus haze and producing exceptional results. Volocity Restoration provides essential imaging tools for producing clarity and confidence in your images making them ready for publication. Greatly enhance your images from confocal microscopes as well as wide field data.