Küçükoğlu B, Mohammed I, Guerrero-Ferreira RC, Kube M, Kube M, Radecke J, Ribet SM, Varnavides G, Leidl ML, Lau K, Nazarov S, Nazarov S, Myasnikov A, Sachse C, Müller-Caspary K, Ophus C, Stahlberg H
Küçükoğlu B, Mohammed I, Guerrero-Ferreira RC, Kube M, Radecke J, Ribet SM, Varnavides G, Leidl ML, Lau K, Nazarov S, Myasnikov A, Sachse C, Müller-Caspary K, Ophus C, Stahlberg H
Küçükoğlu B, Mohammed I, Guerrero-Ferreira RC, Kube M, Kube M, Radecke J, Ribet SM, Varnavides G, Leidl ML, Lau K, Nazarov S, Nazarov S, Myasnikov A, Sachse C, Müller-Caspary K, Ophus C, Stahlberg H
MotionCor2 aligned, gain corrected, magnification anisotropy corrected, Fourier bin by 2 movie frames of AAV2-L336C
Final particle stack of AAV2-L336C grouped into frames 5-9, 10-14 and 15-19, after rotational alignment
MotionCor2 aligned, gain corrected, magnification anisotropy corrected, Fourier bin by 2, not dose weighted, frames 5 to 19 summed micrographs of AAV2-L336C
MotionCor2 aligned, gain corrected, magnification anisotropy corrected, Fourier bin by 2, dose weighted, summed micrographs of AAV2-L336C
Unaligned, compressed, raw movie frames of AAV2-L336C
Final particle stack of AAV2-L336C using frames 5 to 19
MotionCor2 aligned, gain corrected, magnification anisotropy corrected, Fourier bin by 2, not dose weighted, summed micrographs of AAV2-L336C