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This microscope is capable of acquiring high resolution multicolor fluorescence images of live or fixed biomedical specimens with using 6 laser lines and 6 detectors. By spectral separation of fluorescence emission and sequential scanning, it will be able to produce up to 10 colors 3D images. This microscope also have motorized xyz movement and stage top incubator to capture 4D (3D over time) images of live cells or tissues automatically at multiple sites for a long period time. This microscope is also capable of investigating precise interactions between molecules in vivo and in vitro by laser-based photomanipulation. This microscope is equipped with a newly developed high-sensitive detector that can reduce phototoxicity to the live cells or enhance the low-light imaging. This microscopy also uses a unique SIM (Simultaneous Imaging Module) scanner that have one scanner for imaging and the other scanner for photomanipulation (bleaching or stimulation) simultaneously. This special scanner provides precise information on the molecular dynamics within the cell.
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