New Dimensions in Confocal Microscopy

New Dimensions in Confocal Microscopy PerkinElmer's new UltraVIEW RS microscope produces real-time images in six dimensions Courtesy of PerkinElmer A protein's function depends on its movement inside a cell and interactions with other proteins and biological structures. Biologists who want to watch proteins working in living cells frequently turn to confocal microscopy. "Confocal microscopy is critical for modern cell biology and physiology," says Michael Nathanson of the Yale University Sc

Mike May
Jul 27, 2003

New Dimensions in Confocal Microscopy

PerkinElmer's new UltraVIEW RS microscope produces real-time images in six dimensions

Courtesy of PerkinElmer

A protein's function depends on its movement inside a cell and interactions with other proteins and biological structures. Biologists who want to watch proteins working in living cells frequently turn to confocal microscopy. "Confocal microscopy is critical for modern cell biology and physiology," says Michael Nathanson of the Yale University School of Medicine. "Without exaggeration, it has revolutionized both of these fields, because it has allowed intracell-ular structures to be localized and intracellular events to be monitored in live cells that we have never been able to observe previously." Biologists can now observe more cellular detail than ever with the UltraVIEW RS, a new confocal microscope from Boston-based PerkinElmer Life and Analytical Sciences.

MULTIDIMENSIONAL MICROSCOPY PerkinElmer advertises this new tool as "the first real-time six dimensional confocal microscope." If you...

Interested in reading more?

Become a Member of

Receive full access to digital editions of The Scientist, as well as TS Digest, feature stories, more than 35 years of archives, and much more!
Already a member?