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City Krogan / Bilbao / Houston / Almo / San Diego / / Company Nikon / Bajaj / The Thomson Corporation / / / Facility Baylor College / EM pipeline / / IndustryTerm image processing programs / appropriate imaging technique / chemical fixative / tomographic molecular imaging / limited algorithms / yeast cell machinery / software packages / data processing steps / imaging / computational tools / low dose imaging / desktop visualization software / well-defined computational protocols / image processing package / software suite / data processing / image processing / cryospecimen transfer device / low-dose electron imaging conditions / reconstruction software / image processing techniques / visualization software / image reconstruction algorithm / structural imaging modalities / image processing system / open-source image processing package / / Organization National Institute of Health / Marrs McLean Department of Biochemistry and Molecular Biology †† Program / National Science Foundation / UTSW Medical School / Department of Biological Sciences / Purdue University / Baylor College of Medicine / National Center for Macromolecular Imaging / / Person Matthew L Baker / Jonathan King / Verna McLean / Marrs McLean / David Chuang / Juan Chang / Steven J Ludtke / Wen Jiang / Peter Weigele / / Position King / / ProvinceOrState Texas / New Jersey / South Carolina / / PublishedMedium Molecular Biology / / Technology radiation / bioinformatics / well-defined computational protocols / X-ray / 3-D / image processing system / html / image processing / image reconstruction algorithm / animation / / URL http / SocialTag 
Visualization of Biological Nano-Machines at Subnanometer Resolutions Wah Chiu†,††, Donghua Chen†, Joanita Jakana†, Juan Chang†,†, Wen Jiang†,†††, Steven J Ludtke† and Matthew L Baker† †