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Journal logoSTRUCTURAL
BIOLOGY

ISSN: 2059-7983

Top performing articles in Acta Cryst. D, Structural Biology

This virtual collection from Acta Crystallographica Section D, Structural Biology showcases some of the most widely read and highly cited articles in the journal.

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A summary is provided of the last five years of structural studies of bacterial YiiP, providing an overview of how zinc-transporter membrane proteins operate at the molecular level.

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The study of coat protein assemblies on membranes by cryo-electron tomography and subtomogram averaging is discussed, outlining the methodological advancements that enabled the gain of crucial structural insight.

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A long-wavelength mesh data collection using a size-tailored microbeam from concanavalin A microcrystals with linear dimensions of less than 20 µm allowed experimental phase determination using the anomalous signal from naturally occurring Mn2+ and Ca2+ ions.


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A new X-ray diffraction data-analysis package is presented with a description of the algorithms and examples of its application to biological and chemical crystallography.

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Analysing two sequence-related bacterial glycoside hydrolase family 92 mannosidases with distinct functions, a structural basis for their varied specificities is revealed.

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New methods and PHENIX tools for quality assessment of cryo-EM maps, atomic models and model-to-map fitting are presented. Results of systematic application of these tools to high-resolution cryo-EM maps and corresponding atomic models are analyzed and discussed.

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The structural biology of co-translational protein folding on the ribosome is reviewed.

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Experimental phasing of macromolecular crystals is described and explained, with the emphasis on its implementation in the programs SHELXC, SHELXD and SHELXE, which are also used in a number of macromolecular structure-solution pipelines.

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This paper describes different approaches that cryo-EM users can take to improve the quality of their sample distribution and ice for high-resolution single-particle cryo-EM.

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An overview is provided of current crystallographic model validation of proteins and RNA, both foundations and criteria, at all resolution ranges, together with advice on how to correct specific types of problems and when you should not try so hard that you are overfitting.

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Residual OMIT maps can be improved by the selective exclusion of bulk solvent from the OMIT region.

Forthcoming special issues

CCP4SW 2025 - Using software, AI and other methods to advance crystallographic models

CCP-EM Spring Symposium 2025

CCP4SW 2024 - Decision making in MX - how to be a productive structural biologist

Radiation Damage to Biological Samples

Articles from the Seventh International Symposium on Diffraction Structural Biology

Published special issues

Image-processing methods for electron microscopy of biological specimens

CCP-EM Spring Symposium 2024

CCP-EM Spring Symposium 2023

CCP4SW 2023 - Data - subtle details to big insights

Machine Learning in Crystallography and Structural Science

Full details are available on the special issues page.

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