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Structural biology, or the study of how protein structures dictate their function, is a fundamental part of life science research, allowing the mechanisms underpinning life to be unravelled at the molecular level. Due to the complexity of 3D data, researchers often use special visualization methods to extract useful information from protein structures. This article uses the most common of these visualisation methods to examine different structures of the β-barrel assembly machinery complex (BAM), an essential protein that folds other proteins into the outer-membranes of Gram-negative bacteria. By exploring how BAM’s 3D shape changes as it interacts with its substrates throughout the folding process, it is possible to reconstruct a potential mechanism for this molecular machine that can be used to drive further research.

Analysing structural data to explore the function of an essential bacterial protein foldase