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FEATURES
Direct Proximity Imaging with FRET and FLIM
Florescent proteins have opened the possibility to observe protein distribution and localization by fluorescence microscopy. Directly observing these nanometer-size molecules is not possible, however. As an alternative, indirect methods such as Förster resonance energy transfer (FRET) have become very popular. FRET is a nonradiative process in which energy from an excited molecule (donor) is transferred to an acceptor molecule, which leads to changes in the fluorescence intensity and...
BioPhotonics, June 2006
Eye Tracking Helps Improve Accuracy in Radiology
Improving the accuracy of radiology diagnostic reading is critical for a number of reasons. Greater accuracy means that a higher percentage of malignancies will be detected — and detected earlier — increasing the chances for a complete...
BioPhotonics, June 2006
Microscope Takes Deep-UV and Visible Picosecond Fluorescence Lifetime Measurements
Time-resolved microscopy is the ultimate tool for investigating dynamic events in cells and subcellular structures. However, it previously was limited when used for applications that required wavelengths longer than 370 nm because of microscope...
BioPhotonics, June 2006
Multispectral FLIM Enhances FRET Autofluorescence Imaging
er the past decade, confocal and multiphoton laser scanning microscopy have become standard for biomedical imaging on the cellular level. Because these techniques either suppress or don’t generate out-of-focus light, they produce clear images...
BioPhotonics, June 2006
On the Path Toward More Useful Fluorophores
Where would modern biomedical research be today without fluorescent probes? Some would argue that it would be blindly groping down a dark alley, with no efficient means of discovering the finely honed interplay of proteins and other substances in...
BioPhotonics, June 2006
Camera Phones Emerge as a Health Care Tool
Telemedicine gives patients access to a doctor no matter where they are. Whether a patient uses monitoring equipment to send information to the doctor’s office or an x-ray technician transmits images to a radiologist for examination,...
BioPhotonics, May 2006
Creating Clarity: Adaptive Optics for Bioimaging
Biological imaging instruments often have resolution limitations that restrict the ability of researchers and clinicians to detect critical detail. One reason is that, as light passes through tissue to reach the object of interest — a cell,...
BioPhotonics, May 2006
Focusing on the Experiment
For Alexey Khodjakov, a researcher at the New York State Department of Health’s Wadsworth Center in Albany, it wasn’t a question of if but when he would lose focus. Following cells as each divided into many, he and colleagues in his lab...
BioPhotonics, May 2006
A Spotlight on Biophotonics in Canada
Canada has demonstrated its commitment to building a sustainable future for biophotonics through education, research and industrial development. Numerous initiatives exist, at federal and provincial levels, whose mandate is to establish a firm...
BioPhotonics, April 2006
Protein Interactions Profiled Using Surface Plasmon Resonance
Proteins are the worker bees of the human body. They traverse cell membranes to receive and propagate signals, transport oxygen to every cell in the body, regulate the expression of genes and impart structure and strength to tissues. The signaling...
BioPhotonics, April 2006
Virtual Microscopy Slides into Place
Palos Pathology Associates Ltd. provides pathology services to a 300-bed community hospital in suburban Chicago, and Dr. Stephen G. Ruby, president of the company, is thinking of expanding the geographic area that it covers. In the past, that would...
BioPhotonics, April 2006
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