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Title | Innovative zinc-binding inhibitors of Legionella pneumophila ProA reduce collagen and flagellin degradation, TLR5 evasion, and human lung tissue inflammation. |
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Journal, issue, pages | Eur. J. Med. Chem., Vol. 296, Page 117832-117832, Year 2025 |
Publish date | Oct 9, 2024 (structure data deposition date) |
![]() | Scheithauer, L. / Ornago, C. / Selmar, J. / Schutz, C. / Bianchi, G. / Kiefer, A. / Haupenthal, J. / Dellmann, A. / Huynh, D. / Zhang, R. ...Scheithauer, L. / Ornago, C. / Selmar, J. / Schutz, C. / Bianchi, G. / Kiefer, A. / Haupenthal, J. / Dellmann, A. / Huynh, D. / Zhang, R. / Blankenfeldt, W. / Hirsch, A.H. / Steinert, M. |
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Methods | X-ray diffraction |
Resolution | 1.36 - 1.51 Å |
Structure data | ![]() PDB-9h0x: ![]() PDB-9h0y: |
Chemicals | ![]() PDB-1irk: ![]() ChemComp-ZN: ![]() ChemComp-HOH: ![]() PDB-1irl: ![]() ChemComp-BU3: ![]() ChemComp-GOL: ![]() ChemComp-SO4: |
Source |
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![]() | HYDROLASE / inhibitor / ProA / Legionella pneumophila / antibiotics |