Cryo-EM14 lecture 8: Resolution, sharpening, validation - Richard Henderson
Cryo-EM14 lecture 1: Course intro with historical perspective - Tony Crowther
Cryo-EM14 lecture 7: Tomography and subtomography averaging - Tanmay Bharat
Cryo-EM14 lecture 5: Initial data analysis - Paula da Fonseca
Cryo-EM14 lecture 9: Modelling in cryo EM maps - Leifu Chang and Alan Brown
Cryo-EM14 lecture 4: Sample preparation - Lori Passmore
Cryo-EM14 lecture 6: Image refinement in 2d+3d - Sjors Scheres
Cryo-EM14 lecture 3: Electron microscope physics and optics - Chris Russo
Cryo-EM14 lecture 10: Local set up and training - Shaoxia Chen and Christos Savva
Richard Henderson: How Aaron's seminal work led to the resolution revolution in cryoEM
Cryo-EM14 lecture 2: Image formation, fourier analysis and CTF theory - Sjors Scheres
Max Perutz 1914-2002: 'the godfather of molecular biology' - Science
Electron Cryomicroscopy — Richard Henderson
Structural Biology | D2 20/21 Keynote Lecture - Future Prospects for Cryo EM - Richard Henderson
CCP4 SW2020 - Cryo-EM map density modification and model-building - Speaker: Tom Terwillinger
1951 Henderson Richard Edds 2010
Prof Richard Henderson | The cryoEM revolution in structural biology | Question Answer Session
“It’s opened up a previously unapproachable area of structural biology.” Richard Henderson
Richard Henderson explains how his new theories were received
Overview of cryo-EM tools in Phenix
