Upcoming Webinars
- August 13, 2008
Counting, Sorting and Categorizing Objects in Images - August 26, 2008
Live Cell Fluorescence Imaging - September 3, 2008
Performing FRAP Studies with a Widefield Microscope - September 4, 2008
Ratiometric Image Analysis - September 12, 2008
Image Stitching of Large Specimens Using Automated Stages - September 23, 2008
Tracking Objects in 2D and 3D - September 23, 2008
Improved Stereoscopy Using Extended Depth-of-Field Processing - September 25, 2008
Introduction to Image Processing - September 30, 2008
Simultaneous IR-DIC and Fluorescence Imaging
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Deconvolution of Confocal Fluorescence Microscopy Images
Presenter Name: Jonathan Girrior, 3D Applications Manager, AutoQuant Imaging (now part of Media Cybernetics)
May 20, 2008
Tuesday at
01:30 PM (New York time)
 Pre-register for this Webinar
Deconvolution has proven to be a powerful new tool for performing high-resolution multi-dimensional imaging of biological specimens. Used properly, deconvolution can dramatically increase the resolving capabilities and sensitivity of confocal and widefield systems. With an emphasis on use as an adjunct to confocal techniques, attendees of this live, no-cost webinar will learn about the latest technology for performing deconvolution and understand the relative strengths and weaknesses of several popular algorithms.
Bring your questions to this live, interactive web-based seminar.
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What is deconvolution and how does it work?
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When and why to use it as an adjunct to confocal techniques
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Discussion on empirical vs. derived point-spread functions
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Uses in fluorescence microscopy
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Difference from widefield imaging with/without deconvolution
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A few before/after examples using Image Pro 3D Constructor
Provided free of charge, this webinar is sponsored by MAG, the Microimaging Applications Group. MAG is a group of imaging companies who work together to provide an unparalleled range of microimaging solutions to science and industry.
About the Presenter:
Jonathan Girroir is the 3D Applications Manager for AutoQuant Imaging (now part of Media Cybernetics). A graduate of Rensselaer Polytechnic Institute (Troy, NY), Jonathan has extensive experience in the uses of advanced image processing techniques as applied to optical microscopy in the life-sciences.
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