Microscopy
Technique will allow detailed anatomical analysis and whole-organ comparisons between species at the cellular level
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Patient-derived tumor organoids (PDOs) are one of the most powerful tools to recapitulate drug response
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Confocal images of co-culture spheroids were analyzed to evaluate their cell population and determine drug sensitivity in each cell
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TruResolution objectives feature an automatic spherical aberration compensation system designed for deep observation
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The TruSpectral Detection system employs patented VPH technology, ensuring higher efficiency in fluorescence detection than a reflection type grating based system
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Multiphoton microscopy has become the primary tool for in vivo studies of brain structure and activity at the cellular level
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Researchers have developed a self-aligning microscope that achieves unprecedented resolution capabilities in single-molecule microscopy
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Research using state-of-the-art scanning electron microscopy reveals surprising complexity of ancient ostrich egg trade
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Olympus cellSens imaging software improves the efficiency of your research with accurate object detection and segmentation
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New light sheet fluorescence microscope introduced
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Infrared-optical hybrid “sees” molecular signatures of cancer biopsies
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Catalysis is a technique for improving the yield or rate of a chemical reaction using a catalyst material
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