Fluorescence in Microscopy: Introduction & Labeling Techniques

Related lectures (31)

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

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

Explores light microscopy principles, fluorescent proteins, optical slicing, and modulation transfer functions in cellular imaging.

Explores the principles and applications of Super Resolution Microscopy using the STED method for achieving high-resolution imaging.

Covers the fundamentals of microscopy, including lens functioning, image creation, and advanced techniques like fluorescence and super resolution.

Explores optical filters in microscopy, including fluorescence principles, dye properties, and filter calibration.

Covers bioluminescent sensor proteins for drug monitoring and the development of semi-synthetic sensors with self-labeling tags.

Explores xanthene dyes, energy transfer mechanisms, and fluorescence quenching in photochemistry.

Explores the principles and applications of confocal microscopy, emphasizing the elimination of out-of-focus fluorescence for superior images.

Explores fluorescence microscopy principles, illumination techniques, and various light sources used in microscopy.