Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.
Each multi-frame micrograph has a corresponding metadata file [name].mdoc. Particle positions and orientations (provided as Relion .star files for each associated EMDB entry) were determined on images after alignment and dose-weighting of the multi-frame micrographs. Gain reference file CountRef_mic_Jun22_14.27.36.dm4 and detector defect file k2Defects.txt are provided in data/.