Pore-Forming Toxins

<p>1. X-ray crystallography shines a light on pore-forming toxins<br>Michael Parker<br>2. Giant unilamellar vesicles for studying activity of pore forming proteins<br>Gregor Anderluh<br>3. Combined applications of fluorescence spectroscopy and molecular dynamics simulations in studies of Diphteria Toxin translocation domain<br>Alexey S. Ladokhin<br>4. Biophysical approaches to study actinoporin-lipid interactions<br>Sara Garcia-Linares<br>5. Molecular basis for activation of Actinoporins by lipids<br>Kouei Tsumoto<br>6. Engineered ClyA for detection of biological molecules<br>Giovanni Maglia<br>7. Pore-forming Toxins for the Size-Discrimination of Polymers and Biopolymers: Towards Biomolecules Sequencing<br>Abdelghani Oukhaled<br>8. Use of Pore-Forming Toxins to study co-translocational protein folding<br>David Rodriguez-Larrea<br>9. The use of pore-forming toxins to image lipids and lipid domains<br>Toshihide Kobayashi<br>10. Engineering outer membrane porin for protein detection<br>Min Chen<br>11. The use of Ostreolysin A and Anthrolysin O to study cholesterol on cell membranes<br>Arun Radhakrishnan<br>12. Studying the mechanism of Pore-forming Toxins using High-speed Atomic Force Microscopy <br>Simon Scheuring<br>13. The use of Atomic-Force Microscopy to study Pore-Forming Toxins<br>Bart Hoogenboom<br>14. Cysteine-based crosslinking approach for characterization of oligomeric pore-forming proteins in the mitochondrial membrane<br>Jialing Lin<br>15. High-resolution structure and the sample preparation of Clostridium perfringens iota-toxin pore complex<br>Hideaki Tsuge<br>16. How protein engineering has revealed the molecular mechanisms of pore-forming toxins?<br>Rodney Tweten<br>17. Single Molecule Fluorescence Techniques to Study the Mechanism of Pore-Forming Toxins<br>Mark Wallace<br>18. Cryo-EM<br>Robert Gilbert<br>19. Going full circle: determining the structures of complement component<br>Michelle Dunstone<br>20. Different MD simulation techniques used to study Pore-forming Toxins<br>Ganapathy Ayappa<br>21. Contribution of Molecular Dynamics Simulations to the study of Pore Forming Toxins<br>Gerhard Hummer<br>22. Membranes with lipid asymmetry for studying Pore-Forming Toxins<br>Erwin London<br>23. Topological analysis of Pore-forming proteins in native membranes<br>Alejandro Heuck</p>