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2. HadBD dehydratase from Mycobacterium tuberculosis fatty acid synthase type II: A singular structure for a unique function

Author

Bories, Pascaline, primary, Rima, Julie, additional, Tranier, Samuel, additional, Marcoux, Julien, additional, Grimoire, Yasmina, additional, Tomaszczyk, Mathilde, additional, Launay, Anne, additional, Fata, Karine, additional, Marrakchi, Hedia, additional, Burlet‐Schiltz, Odile, additional, Mourey, Lionel, additional, Ducoux‐Petit, Manuelle, additional, Bardou, Fabienne, additional, Bon, Cécile, additional, and Quémard, Annaïk, additional

Published
2024
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3. Additional file 1 of Solution structure of the type I polyketide synthase Pks13 from Mycobacterium tuberculosis

Author

Bon, Cécile, Cabantous, Stéphanie, Julien, Sylviane, Guillet, Valérie, Chalut, Christian, Rima, Julie, Brison, Yoann, Malaga, Wladimir, Sanchez-Dafun, Angelique, Gavalda, Sabine, Quémard, Annaïk, Marcoux, Julien, Waldo, Geoffrey S., Guilhot, Christophe, and Mourey, Lionel

Abstract

Additional file 1: Figure S1. Mycolic acid condensation by Pks13. Figure S2. Native mass spectrometry analysis of Pks13. Figure S3. Bottom-up proteomic analysis of Pks13(S1533A) incubated without C16-CoA. Figure S4. Bottom-up proteomic analysis of Pks13(S1533A) incubated with C16-CoA. Figure S5. Gel filtration chromatograms of full-length enzymes. Figure S6. Comparison of the Pks13, fACP1-KS-AT and fACP2-TE envelopes. Figure S7. Impact of ionic strength on Pks13 activity. Figure S8. Analysis of concentration dependence for SAXS data collected in batch mode. Figure S9. Guinier analysis and plot of ln I(S) versus ln(S) for the various constructs. Table S1. DLS analysis of the various Pks13 entities studied. Table S2. Essential details about samples, SAXS data acquisition and analysis, modelling fitting and software used.

Published
2022
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