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Microscopy
Time Correlated
Single Photon Counting (TCSPC) Microscopy
An
advanced system to apply time-resolved fluorescence spectroscopy
on the micron scale has been developed by the SPEX Fluorescence
division of HORIBA Jobin Yvon. The new system adapts
our TCSPC components directly
to a microscope to achieve the best sensitivity for fluorescence
lifetime measurement. Light sources are interchangeable “plug
and play” pulsed
laser diodes or LEDs including the first deep UV LED
light sources (280 & 340 nm). Ultraviolet LED 280 can measure
fluorescence lifetimes of proteins (such as tryptophan)
directly from tissue samples. The system
can be used to measure lifetimes from 100ps up to 100
us with TCSPC and for phosphorescence lifetimes (>10us) with MCS
using state of art TBX04PMT detector and electronics.
This system is ideal for cellular and tissue analysis by monitoring fluorescence from conjugated fluorescence markers, quantum dots, auto fluorescence from proteins/DNAs and antibodies.
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