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Chapters
- 00:05Title
- 01:58Mammalian Cell Culture and Microinjection
- 04:32Fluorescent Microscopy
- 05:48Transmission Electron, and Correlative Light and Electron Microscopy
- 07:44Representative Imaging Results
- 08:48Conclusion
The CLEM technique has been adapted to analyze ultrastructural morphology of membranes, organelles, and subcellular structures affected by microinjected molecules. This method combines the powerful techniques of micromanipulation/microinjection, confocal fluorescent microscopy, and electron microscopy to allow millimeter to multi-nanometer resolution. This technique is amenable to a wide variety of applications.
Tags
Correlative Light And Electron MicroscopyCLEMVisualize Microinjected MoleculesEukaryotic Sub-cellular TargetsMembrane Bound CompartmentsBiochemical PolarityFluorescently Tagged MoleculesSubcellular CompartmentsCellular RegulationImaging TechniquesFluorescent MicroscopyConfocal MicroscopyResolutionElectron MicroscopySubcellular MorphologyDynamic ProcessesPrecisionSampleUltrafast Fluorescent ImagingHigh-resolution ImagingCell Biology
