EticaHub Labs computational protein-design dataset — Antimicrobial Resistance — run e5f72d25-5263-414e-ae85-f08bb252cf56

Computational dataset / research audit record, not a validated treatment. This individual run contains 8 archived candidates from 2 reported iterations. The pipeline-selected candidate is #7; its internal automated grade is rejected. Proposed research question (not a demonstrated outcome): Determine structural basis of biofilm selectivity by cryo-EM of peptide bound to P. aeruginosa matrix components and mutate flexible loops to enhance specificity Evidence and limitations Computational predictions only. No experimental or clinical evidence is supplied. Scores, automated checks and resolved identifiers do not establish binding, novelty, efficacy, safety or medical benefit. The stored "verified" grade is an internal automated check, not peer review or independent scientific validation. Hypothesis, approach and success criteria below are proposed research, not experiments performed. Checkpoint versions, random seeds and complete tool inputs are not established by this archive export; exact rerun reproducibility is not claimed. Automated warn: Sequence complexity: 2.37 bits — low diversity Automated warn: Low-complexity regions: 12 window(s) of 12 aa below 1.8 bits Automated fail: Novelty vs. siblings: 98% identical to another candidate in this run Automated fail: Tertiary structure: extended rod (Rg 24.1 Å vs 10.2 Å expected), no long-range contacts Internal publication gate: verification grade is rejected Internal publication gate: no PubMed citation resolved Internal publication gate: no named target resolved in UniProt Files: evidence report, original JSON, all candidate sequences, provenance manifest, license and SHA-256 checksums. Available predicted coordinate exports are included and explicitly labelled; missing structures are not reconstructed. AI-assisted research generated by the EticaHub Labs autopilot. Deaven Mabry is credited as responsible project creator, with EticaHub Labs affiliation. Cited literature remains the work of its original authors; identifier resolution is not claim support.