Results 271 to 280 of about 340,246 (317)
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Fluorescence Microscopy and Fluorescence Probes
Microscopy and Microanalysis, 1998Fluorescence Microscopy and Fluorescence Probes, edited by Jan Slavik, 1996. Plenum Press, New York and London. 306 pages. (hardback, $95)This volume is a compilation of abstracts of papers presented at the Fluorescence Microscopy and Fluorescence Probes Conference held in Prague in June 1995.
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Fluorescent Probes for Cancer Detection
Journal of Clinical Laser Medicine & Surgery, 1990Several new fluorescent dyes, derivatives of pyrene and of coumarin, were synthesized that have excitation and emission wavelength maxima considerably red-shifted as compared to most pyrene and coumarin compounds. These new fluorescent compounds have high extinction coefficients and high quantum yields, and they also are very environmentally sensitive,
Tong, A., Dowben, R. M., Lin, Tsung-I
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Fluorescent probes for sensing and imaging
Nature Methods, 2011A diverse array of small molecule–based fluorescent probes is available for many different types of biological experiments. Here we examine the history of these probes and discuss some of the most interesting applications.
Tasuku, Ueno, Tetsuo, Nagano
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Fluorescent Probes for Cellular Assays
Combinatorial Chemistry & High Throughput Screening, 2008A fluorescent probe is a fluorophore designed to localize within a specific region of a biological specimen or to respond to a specific stimulus. Fluorescent probes have been used for nearly a century to study cellular processes due to their exquisite sensitivity and selectivity.
George T, Hanson, Bonnie J, Hanson
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A Supramolecular Fluorescence Probe for Caffeine
Organic Letters, 2006[structure: see text] Supramolecular sensing is rather limited to charged analytes. This report describes a practicable assay for caffeine, which employs a competitive "indicator-displacement" approach and allows detection by fluorescence. A simple analytical protocol is described that allows quantitation of caffeine in beverages.
Carsten, Siering +3 more
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Multiphoton Excitation of Fluorescent Probes
Cold Spring Harbor Protocols, 1998Abstract Molecular two-photon excitation was first theoretically predicted by Göppert-Mayer in her Ph.D. thesis in 1931 (Göppert-Mayer, 1931). It is arguable, however, that Einstein has speculated on the possibility of multiphoton absorption in his Nobel Prize paper on the quantum nature of light in 1905 (Einstein, 1905). Confirmation in
Chris, Xu, Warren R, Zipfel
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2005
In the jargon of cytometry, cellular characteristics, such as size, nucleic acid content, and membrane potential, are usually referred to as parameters, a term that is also used for the physical characteristics, such as absorption, light scattering, and fluorescence intensity, that are measured by cytometric instrumentation. Fluorescence, as a physical
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In the jargon of cytometry, cellular characteristics, such as size, nucleic acid content, and membrane potential, are usually referred to as parameters, a term that is also used for the physical characteristics, such as absorption, light scattering, and fluorescence intensity, that are measured by cytometric instrumentation. Fluorescence, as a physical
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Fluorescence Microscopy and Fluorescent Probes
1996Invited Review Lectures: Recent Developments in Fluorescence Microscopy Long-Lived Metal-Ligand Probes Three-Photon Excitation and Optical Control of Excited State Population J.R. Lakowicz, et al. Computer Simulations of the Behavior of Hydrophobic Probe Molecules in Lipid Bilayers H.C. Gerritsen, Y.K. Levine.
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Fluorescence Probes for Structure
Annual Review of Biochemistry, 1972L, Brand, J R, Gohlke
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Fluorescent probes of acetylcholinesterase
Biochemistry, 1972G, Mooser, H, Schulman, D S, Sigman
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