Delivering Advanced and Versatile 3D Photostimulation and Full-Field Imaging for Neurobiology

January 7, 2019     Fluorescence     The latest fluorescence news from AZoNetwork

Delivering Advanced and Versatile 3D Photostimulation and Full-Field Imaging for Neurobiology The next-generation multiphoton, all-optical stimulation and simultaneous imaging platform for neurobiology applications is here. The Ultima 2Pplus features the best commercially available combination of advanced photostimulation experiments, including holographic stimulation, combined with simultaneous wide-field, enhanced-sensitivity imaging. Learn More

Simplifying Experiments Involving CLEM with a Fluorescence Microscope   Using the SECOM platform, a scanning electron microscope can be integrated with a fluorescence microscope, simplifying experiments involving CLEM.         The History of Fluorescence Microscopy   Fluorescence microscopy is now an essential part of cell biology. Developments to this imaging technique have improved the visualization and data gathered using fluorescence microscopy.

Krystal 2000 microplate design improves fluorescence and luminescence measurement   Incorporating individual clear cups molded into either a black or white polypropylene matrix using a patented `two-shot` manufacturing process totally eliminates the well-to-well optical crosstalk inherent with other clear-bottomed microplate designs.       Cell-Based Cholesterol Efflux Fluorometric Assay Kit   Cholesterol efflux from the peripheral tissues and cells in atherosclerotic plaque is a preliminary and critical step in Reverse Cholesterol Transport (RCT). RCT is the procedure by which extrahepatic cells, including macrophage-derived foam cells in arterial atherosclerotic plaque, carry unnecessary cholesterol back to the liver for bile acid synthesis and excretion, thereby lowering the peripheral lipid burden.       Fluorescence Microscopy vs. Light Microscopy   Both fluorescence microscopy and light microscopy represent specific imaging techniques to visualize cells or cellular components, albeit with somewhat different capabilities and uses. At its core, fluorescence microscopy is a form of light microscopy that uses many extra features to improve its capabilities.       In vivo Fluorescence Microscopy   In vivo fluorescence microscopy is an imaging technique that uses fluorescence to image cells within live organisms. This type of microscopy provides highly accurate results and allows for the observation of the development of certain processes.

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