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New Fluorophores, New 3D Imaging Methods
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Classroom Contents
Light & Single-Molecule Spectroscopy, Imaging, & Photocontrol
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- 1 Light and Single-Molecule Spectroscopy, Imaging, and Photocontrol: Foundations for Super-Resolution Microscopy
- 2 Optical Spectroscopy of Molecules in Solids at Low T
- 3 Early Steps Toward Single Molecule Spectroscopy
- 4 Statistical Fine Structure in an Inhomogeneously Broadened Line
- 5 Single-Molecule Imaging and Spectroscopy
- 6 Some of the Surprises from Single Molecules!
- 7 Motivations and Impact: Single-Molecule Spectroscopy and Optical Imaging in Complex Systems
- 8 Detecting Single-Molecule Absorption from Emitted Fluorescence at Room T
- 9 Single-Molecule Imaging and Tracking Examples Much to Learn from Isolated Single Molecules!
- 10 1997: Imaging, Blinking, and Photorecovery for Single EYFP
- 11 Super-Resolution Microscopy Approaches not requiring single-molecule imaging
- 12 Key Idea #1: Super-Localization
- 13 Toward Super-Resolution with Single-Molecule Emitters
- 14 Key idea #2: Active control of emitter concentration, sequential imaging
- 15 What the data look like.... eYFP fusions to a bacterial protein blinking in
- 16 Observing Huntingtin Aggregates at
- 17 New Fluorophores, New 3D Imaging Methods
- 18 Impact of Single-Molecule Spectroscopy/Imaging
- 19 Thank you, Past and Present Students, Postdocs, Collaborators, Nominators, Royal Swedish Academy of Sciences, Mentors, Institutions, Family! (see Nobel Lecture for a more comprehensive list)
