Immune electron microscopy (more often called immunoelectron microscopy) is the equivalent of immunofluorescence, but it uses electron microscopy rather than light microscopy.[1] Immunoelectron microscopy identifies and localizes a molecule of interest, specifically a protein of interest, by attaching it to a particular antibody. This bond can form before or after embedding the cells into slides. A reaction occurs between the antigen and antibody, causing this label to become visible under the microscope. Scanning electron microscopy is a viable option if the antigen is on the surface of the cell, but transmission electron microscopy may be needed to see the label if the antigen is within the cell.[2]
^"Immuno-Electron Microscopy Services at the Core Electron Microscopy Facility - UMASS Medical School". UMass Chan Medical School. 2 November 2013. Retrieved 5 December 2022.
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Immuneelectronmicroscopy (more often called immunoelectron microscopy) is the equivalent of immunofluorescence, but it uses electronmicroscopy rather...
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synapses and organelles. Scanning electronmicroscopy, on the other hand, provides 3D information by scanning a focused electron beam across the sample's surface...
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Albert Z.; Purcell, Robert H. (1973). "Hepatitis A: Detection by ImmuneElectronMicroscopy of a Viruslike Antigen Associated with Acute Illness". Science...
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Clinical Skin Samples Using Scanning ElectronMicroscopy". In Janecek, Milos; Kral, Robert (eds.). Modern ElectronMicroscopy in Physical and Life Sciences....
organism. Images can be produced from a variety of methods including: microscopy, imaging probes, and spectroscopy. Fluorescence itself, is a form of luminescence...
visualization by fluorescence microscopy and conventional transmission electronmicroscopy (TEM). The resolution of fluorescence microscopy (~200 nm) is insufficient...
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