Nov. 01, 2009Applications
With ZEN 2007, Carl Zeiss is setting new standards in user-friendly software for Laser Scanning Microscopy. The combination of leading edge software programming and design tools with traditional, Zeiss optical and mechanical precision ...
The labelling of cellular targets with fluorescent probes is used widely in live cell imaging to identify and monitor intracellular events. Excitation of probes with light, however, can result in phototoxicity and photobleaching - factors ...
Modern molecular biomedical research activities often require the isolation and "down stream" processing of many cells in the least possible time. This requirement is particularly indispensable in the areas of genomic, proteomic and ...
Lasers continue to be increasingly important components within biological imaging and analysis systems - from Argon-Ion and HeNe lasers used within flow cytometry and confocal microscopy, to femtosecond Ti:Sapphire and DPSS femtosecond ...
Advanced imaging microscopy often demands that images are collected with both speed and precision. Stepper motor driven focus mechanisms often do not meet the requirements essential to the success of the most demanding applications. New ...
The use of fluorescence microscopy in the life sciences runs the gamut from basic photodocumentation to dynamic single-molecule fluorescence (SMF) studies. Recent advances in digital imaging technology are helping to expand the utility and ...
More than 130 years ago, Ernst Abbe set up the law that far-field optical microscopes are limited in resolution to approximately half of the wavelength of light. Today, these limits have been broken by two new concepts of microscopy: 4Pi ...
In Confocal Raman imaging the acquisition time for one Raman spectrum is a crucial value, as it influences the acquisition time of the image which typically consists of tens of thousands of Raman spectra. This article describes how the use ...
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