Enjoy FRET research more reliable than conventional intensity imaging.
This is an integrated confocal laser microscope for GFP-labeled fluorescent proteins, and a versatile and powerful 3D imager of fluorescent markers.
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 3D imaging and analysis of life time and fluorescence intensityPoint measurement of fluorescence life time
Simultaneous display of fluorescent intensity and lifetime images
Quick acquisition with phase domain method
Time
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 Fluorescent lifetime imagingFluorescence intensity confocal image
FRET (Fluorescence Resonance Energy Transfer)(ex.CFPR→YFP)
FLIP (Fluorescence Loss in Photobleaching)
FRAP (Fluorescence Recovery after Photobleaching)
Photo-pulse labeling by photoconversion
Chloride imaging in cells
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Fluorescent intensity (right) and lifetime (left) of beads |
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Imaging of CFP and YFP in nematode,C.elegance.
lifetime imaging (left)
fluorescent intensity imaging(right)
(Courtesy of Prof. Ogura of Kumamoto Univ.) |
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 |  Checked by Browser PDF File |
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| Fluotracker |
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