Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/sciencelive/np/RAhQITfP17ahpUWoyV6Ukmz2QMBzt_AzbbtJjWCYbC7tA/assertion>. }
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- Compound%209%20likely%20binds%20HDAC9%20with%20the%20pyrrole%20group%20buried%20in%20the%20active%20site%20and%20forming%20H-bonds%20with%20the%20backbone%20oxygen%20of%20glycine%20residues%20lining%20the%20cavity. type AIDA-Sentence assertion.
- Compound%209%20likely%20binds%20HDAC9%20with%20the%20pyrrole%20group%20buried%20in%20the%20active%20site%20and%20forming%20H-bonds%20with%20the%20backbone%20oxygen%20of%20glycine%20residues%20lining%20the%20cavity. obtainsSupportFrom j.bmc.2025.118489 assertion.
- Compound%209%20likely%20binds%20HDAC9%20with%20the%20pyrrole%20group%20buried%20in%20the%20active%20site%20and%20forming%20H-bonds%20with%20the%20backbone%20oxygen%20of%20glycine%20residues%20lining%20the%20cavity. obtainsSupportFrom WUJCYB assertion.