Microscopy and Image Analysis
Universiteit Utrecht (UU)
Here are the best resources to pass Microscopy and Image Analysis. Find Microscopy and Image Analysis study guides, notes, assignments, and much more.
Summary
Microscopy and Image Analysis - Week 1: Light, Optics & Contrast Techniques (UU Biology)
Compact, exam‑focused summary covering HC01-03 and exercises. Ideal for quick revision of light properties, basic optics (Snell, lenses, NA, resolution), and core contrast methods including brightfield, phase contrast, DIC and fluorescence imaging.
SnomStudyNotes
Summary
Microscopy and Image Analysis - Week 3: Super‑Resolution & Live Cell Imaging (UU Biology)
PopularCompact, exam‑focused summary of HC07-HC09, exercises and seminars. Covers super‑resolution methods (STORM, PALM, STED, SIM), live‑cell imaging principles, phototoxicity control, modality choice, detectors, environmental stability and practical troubleshooting.
SnomStudyNotes
Package deal
Microscopy and Image Analysis - Complete Course Bundle: Weeks 1-4 (UU Biology)
Compact, exam‑focused bundle covering all lectures, exercises and seminars. Ideal for rapid revision of light & optics, fluorescence, confocal imaging, super‑resolution, live‑cell imaging, electron microscopy, tomography, CLEM and EM applications.
SnomStudyNotes
Summary
Microscopy and Image Analysis - Week 2: Fluorescence, Sample Prep & Confocal Microscopy (UU Biology)
Compact, exam‑focused summary of Week 2 covering fluorescence principles, photophysics, fluorophores, sample preparation, fixation and labeling strategies, confocal imaging, optical sectioning, and key exercises/seminar insights.
SnomStudyNotes
Summary
Microscopy and Image Analysis - Week 4: Electron Microscopy & Correlative Imaging (UU Biology)
Compact, exam‑focused summary of HC10-12 and the tutorial. Ideal for quick revision of EM principles, TEM/SEM/cryo‑EM workflows, tomography vs SPA, CLEM strategies, sample prep, contrast mechanisms, radiation damage, and choosing the right EM technique.
SnomStudyNotes