In 1990 he announced his invention of two - photon
laser scanning fluorescence microscopy, which allows imaging of living tissue at greater depths and with less unwanted background fluorescence.
Not exact matches
Helped by the recent development of fiber - optic - bundle - coupled
laser - scanning confocal fluorescence imaging (Confocal Laser Endomicroscopy — CLE), which allowed the scientists to image blood flow more deeply in the brain than ever be
laser -
scanning confocal
fluorescence imaging (Confocal
Laser Endomicroscopy — CLE), which allowed the scientists to image blood flow more deeply in the brain than ever be
Laser Endomicroscopy — CLE), which allowed the scientists to image blood flow more deeply in the brain than ever before.
PicoQuant provides instrumentation for time - resolved
fluorescence and single photon counting applications: picosecond pulsed or modulated diode
lasers, Time - correlated single photon counting units, detectors,
fluorescence lifetime systems (confocal and super-resolution microscopes, spectrometers), FLIM and FCS upgrade kits for
laser scanning microscopes.
Dr Pittman and the
laser - stimulated
fluorescence device used for
scanning the soft tissues of Anchiornis.
During his PhD he worked on three main projects: digital
scanned laser light sheet
fluorescence microscopy (with Dr. Ernst Stelzer), the in toto reconstruction of zebrafish embryogenesis (with Dr. Jochen Wittbrodt), and the computational analysis of the evolution of the yeast genome architecture (with Dr. Michael Knop).
Fluorescent images of the mixture of prostate cancer C4 - 2B (red) and stromal HS - 5 (green) cells: (A) before, (B) after the first
scan and (C) 60 s after the second
scan, exposure to the pair of
laser pulses (532 nm and 787 nm) that selectively generated cell damaging PNBs causing fading of red
fluorescence due to leaking of red calcein out through the disrupted membrane.
Measurements of Bacterial Concentrations on a Millimeter Scale in Ice Cores With a
Scanning Laser Fluorescence Spectrometer.
The sample was
scanned through the
laser beam and each cell was identified according to its
fluorescence (Figure 8B), and was then exposed to a single pair of
laser pulses (Figure 8C).
Oblique
scanning laser ophthalmoscopy (oSLO) allows simultaneous retinal
fluorescence tomography with optical coherence tomography
Our modern imaging center is equipped with state - of - the - art confocal
laser scanning microscopes,
fluorescence and stereo microscopes, two photon microscope,
laser microdissection microscope and powerful image analysis computers with imaging software.