A Personal Perspective on Metalloprotein Structure and the Future of Macromolecular X‐Ray Crystallography

ABSTRACT This perspective considers the role of X‐ray crystallography for the study of metalloproteins in the era of cryogenic electron microscopy and machine learning models. While X‐ray crystallography may in the future play a smaller role in the routine structural analysis of all but the smallest metalloproteins, it is well suited for “multi‐messenger” studies combining structure and spectroscopy on the same sample, time resolved studies, and deriving charge densities, the electrostatic potential and other properties from accurate diffraction data. Sunney Chan's approach of keeping his research fresh by working on complex and important problems, while remaining connected to the fundamentals, provides excellent guidance for moving forward in this new era of structural biology.

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Publication Details

Journal
Journal of the Chinese Chemical Society
Published
2026-04-10
DOI
https://doi.org/10.1002/jccs.70192
Primary Topic
Enzyme Structure and Function
Type
article
Field-Weighted Citation Impact
0.00
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article

A Personal Perspective on Metalloprotein Structure and the Future of Macromolecular X‐Ray Crystallography

Douglas C. Rees
Journal of the Chinese Chemical Society
Enzyme Structure and Function
article

A Personal Perspective on Metalloprotein Structure and the Future of Macromolecular X‐Ray Crystallography

Douglas C. Rees
article en

Abstract

ABSTRACT This perspective considers the role of X‐ray crystallography for the study of metalloproteins in the era of cryogenic electron microscopy and machine learning models. While X‐ray crystallography may in the future play a smaller role in the routine structural analysis of all but the smallest metalloproteins, it is well suited for “multi‐messenger” studies combining structure and spectroscopy on the same sample, time resolved studies, and deriving charge densities, the electrostatic potential and other properties from accurate diffraction data. Sunney Chan's approach of keeping his research fresh by working on complex and important problems, while remaining connected to the fundamentals, provides excellent guidance for moving forward in this new era of structural biology.

Journal of the Chinese Chemical Society
California Institute of Technology (US)
Openalex Percentile: Top 19%
Enzyme Structure and Function
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