In last year's issue 4 of Biochemical Journal, Zhou et al. (Biochem J. 476, 733–746) kinetically and structurally characterized the reductase IsfD from Klebsiella oxytoca that catalyzes the reversible reduction in sulfoacetaldehyde to the corresponding alcohol isethionate. This is a key step in detoxification of the carbonyl intermediate formed in bacterial nitrogen assimilation from the α-aminoalkanesulfonic acid taurine. In 2019, the work on sulfoacetaldehyde reductase IsfD was the exciting start to a quite remarkable series of articles dealing with structural elucidation of proteins involved in taurine metabolism as well as the discovery of novel degradation pathways in bacteria.
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Commentary| April 23 2020
New structural insights into bacterial sulfoacetaldehyde and taurine metabolism
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Thore Rohwerder; New structural insights into bacterial sulfoacetaldehyde and taurine metabolism. Biochem J 30 April 2020; 477 (8): 1367–1371. doi: https://doi.org/10.1042/BCJ20200079
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