Category: Science
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How to Learn Mass Spectrometry and Molecular Identification: From m/z Peaks to Proteomics and Spatial Chemistry
Learn mass spectrometry from ionisation and mass-to-charge ratio to fragmentation, GC–MS, LC–MS, proteomics, metabolomics and spatial chemistry.
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How to Learn Cell Adhesion, Extracellular Matrix and Mechanobiology: From Integrins to Tissue Mechanics
Learn cell adhesion from integrins, cadherins and the extracellular matrix to mechanotransduction, migration, fibrosis and tissue mechanics.
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How to Learn Colloids, Suspensions and Nanoparticles: From Brownian Motion to Self-Assembly and Nanomedicine
Learn colloid science from Brownian motion and particle stability to DLVO theory, emulsions, jamming, self-assembly, nanoparticles and nanomedicine.
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How to Learn Lasers and Photonics: From Stimulated Emission to Optical Cavities, Frequency Combs and Integrated Light
Learn laser physics from stimulated emission and optical cavities to coherence, ultrafast pulses, nonlinear optics, frequency combs and integrated photonics.
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How to Learn the Cytoskeleton and Molecular Motors: From Actin and Microtubules to Intracellular Force
Learn the cytoskeleton from actin, microtubules and intermediate filaments to molecular motors, dynamic instability, cell division and single-molecule force.
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How to Learn Apoptosis and Regulated Cell Death: From Caspases to Ferroptosis and Cellular Stress Decisions
Learn regulated cell death from apoptosis and caspases to necroptosis, pyroptosis, ferroptosis, stress decisions and mechanism-discriminating experiments.
