| | | Premieres LIVE: December 11, 2013
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In biological imaging, a wide range of applications benefits from faster imaging rates, and that’s just what technology advances now enable. An increased rate of image capture improves resolution on the time scale for such temporally sensitive applications as cell biology, embryology, neurobiology and physiology as well as live-cell imaging. A variety of new microscope cameras let biologists capture images at rates heretofore impossible, such as 100 frames/second. This webcast will explore developments that have enabled such advances, and the tradeoffs that manufacturers must weight to achieve the latest breakthroughs. It will explain the technologies being used to reach such high frames rates, and discuss the implications for various life sciences disciplines. It will also suggest things to keep in mind when looking for a camera for your specific application. The webcast will use various commercially available imaging systems as examples to illustrate the principles discussed.
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What You'll Learn:
- What biological applications benefit from super-fast imaging
- What image-capture rates are now available, and technology developments that have enabled these advances
- Tradeoffs for achieving fast image-capture performance
- How to choose a microscope camera for your application
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Who Should Attend:
- Anyone interested in high-speed biomedical imaging
- Scientists and engineers who want to understand important advances in microscopy
- Designers of optical microscopy components or systems
- Neurobiologists, cell biologists, biophysicists, biomedical researchers, bioengineers, and other life scientists
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When:
December 11, 2013
Time:
11:00 AM EST
10:00 AM CST
8:00 AM PST
4:00 PM GMT
Click Here to Register
Registration Rates:
Free to Attend
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