Bottcher, BettinaPrazak, VojtechRasmussen, AkikoBlack, Susan SRasmussen, Tim2015-08-142015-08-142015-09-01Bottcher, B, Prazak, V, Rasmussen, A, Black, S S & Rasmussen, T 2015, 'The structure of YnaI implies structural and mechanistic conservation in the MscS family of mechanosensitive channels', Structure, vol. 23, no. 9, pp. 1705-1714. https://doi.org/10.1016/j.str.2015.06.0230969-2126http://hdl.handle.net/2164/4827Date of Acceptance: 02/07/2015 Open Access funded by Wellcome Trust Acknowledgments We thank Chris Kennaway and Veselin Kukenski for their contributions in the early stages of the project, and Ian R. Booth and Samantha Miller for helpful discussions. Electron microscopy was done in the Cryo-EM facility of the University of Edinburgh, which was funded by contributions of the Wellcome Trust equipment grant WT087658 and the Scottish University Life Science Alliance (SULSA). The Aberdeen group was supported by the Wellcome Trust grant (WT092552/A/10/Z) awarded to I.R. Booth, S. Miller, T.R., J. Naismith (St. Andrews), and S. Conway (Oxford).102720664engbacteriacryo-electron microscopyfluorescenceosmotic stressprotein-lipid interactionQH301 BiologyR MedicineWellcome TrustWT087658WT092552/A/10/ZQH301RJournal article10.1016/j.str.2015.06.023239