Fluorescence imaging

Related lectures (32)

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Explores fluorescence microscopy, high contrast imaging, specificity, and quantum nature of light.

Covers the principles, components, applications, and new technologies of flow cytometry, including cancer immunity and immunology.

Covers the process of cell staining for live and dead cells.

Explores the use of plasmonic nanoparticles as robust biomarkers in sensing and microscopy applications.

Emphasizes the need for independent channels when detecting objects in images.

Explores the applications and techniques of flow cytometry, including cell characterization and sorting methods.

Explores fluorescence microscopy imaging techniques, including FRET principles and applications in biology.

Introduces Single Molecule FRET, explaining energy transfer between molecules and its applications in studying proteins and nucleic acids.

Explores confocal microscopy, imaging depth limitations, light absorption, scattering in tissues, and two-photon microscopy.

Explains the importance of understanding optical filter properties and selecting suitable combinations for fluorescence microscopy.