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The Center for Fluorescence Spectroscopy is supported by the National Center for Research
Resources in the National
Institutes of Health, with additional support from the University of Maryland
Medical School, Medical Biotechnology Center and Graduate
School.
For the past 15 years the
CFS by the P41 mechanism, has advanced the technology for
fluorescence and its applications to the biosciences.
Considerable progress has been made in the CFS and elsewhere
in areas such as probe chemistry, multi-photon excitation,
steady state imaging, time-resolved imaging, genetically
engineered probes, and single molecule detection. The role
of the CFS has typically been to develop the fundamental
chemistry, instruments or analysis methods which are then
applied to areas such as fluorescence sensing, genetic
analysis and cellular imaging. At present the CFS is
focusing on the use of fluorescence with metallic plasmonic
nanostructures. These interactions provide unprecedented
control of excitation, emission and directionality.
Photo
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