Jun. 14, 2010

Live Specimen Scanner for Photomanipulation

Intelligent Imaging Innovations (3i) produces widefield and confocal microscopy solutions designed for live cell imaging. Vector, the newest system component from 3i, can mount to any microscope port to perform a variety of scanning applications from quantitative photobleaching analysis to photoactivation to direct specimen manipulation techniques such as photoablation. moreJun. 13, 2010

FastSAC Automated Spherical Aberration Correction for SDC and Widefield Fluorescence Microscopy

Intelligent Imaging Innovations (3i) produces turnkey microscopy solutions designed for rapid imaging in multiple dimensions. 3i’s systems have been specifically engineered to produce the highest quality results with the fastest possible speeds in the industry. To achieve best quality images in 3D (SDC or widefield with deconvolution) especially when imaging deep into samples 3i offers a unique solution: the new FastSAC system. The FastSAC system corrects for spherical aberration for all of your objectives at all z-planes. moreJun. 10, 2010

Live Specimen Scanner for Photomanipulation - Vector

Intelligent Imaging Innovations (3i) produces widefield and confocal microscopy solutions designed for live cell imaging. Vector, the newest system component from 3i, can mount to any microscope port to perform a variety of scanning applications from quantitative photobleaching analysis to photoactivation to direct specimen manipulation techniques such as photoablation. moreSep. 01, 2008

3D Structured Illumination Leads to Resolution Doubling in Widefield Microscopy

3D Structured Illumination Leads to Resolution Doubling in Widefield Microscopy. M. Gustaffson and colleagues have extended their structured illumination method into the third dimension to also increase the axial resolution of widefield microscopes by a factor of two. Three mutually coherent light beams are generated by a grating and form a three-dimensional illumination and interference pattern. The spatially structured excitation causes high-resolution information to be encoded in the detected images. more