Genomic Evidence Stability (GES) — Springer Revision Reproducibility Freeze This release freezes the reproducibility package supporting the revised GES chapter submitted to the edited volume Artificial Intelligence in Therapeutic Innovation. Included analyses January 2023 → January 2026 ClinVar temporal validation Frozen future-instability outcome construction Gene-level and sensitivity analyses Data-quality perturbation robustness analysis Stability-aware genomic RAG experiment Reference-authenticity and claim-support audit Editorial reproducibility completion package Primary frozen temporal cohort T0 target-gene RCVs: 71,659 T1 target-gene RCVs: 100,920 Evaluable temporal RCVs: 66,636 Future-instability events: 6,485 Reproducibility The repository contains frozen analysis notebooks, SHA-256 verification, software-environment information, exact ClinVar release metadata, extraction rules, and gene/class cohort counts. This release is intended as the archival code version associated with the Springer editorial revision.
Sanghati Basu
· Zenodo (CERN European Organi... · 0 citations
Genomic Evidence Stability (GES) — Springer Revision Reproducibility Freeze This release freezes the reproducibility package supporting the revised GES chapter submitted to the edited volume Artificial Intelligence in Therapeutic Innovation. Included analyses January 2023 → January 2026 ClinVar temporal validation Frozen future-instability outcome construction Gene-level and sensitivity analyses Data-quality perturbation robustness analysis Stability-aware genomic RAG experiment Reference-authenticity and claim-support audit Editorial reproducibility completion package Primary frozen temporal cohort T0 target-gene RCVs: 71,659 T1 target-gene RCVs: 100,920 Evaluable temporal RCVs: 66,636 Future-instability events: 6,485 Reproducibility The repository contains frozen analysis notebooks, SHA-256 verification, software-environment information, exact ClinVar release metadata, extraction rules, and gene/class cohort counts. This release is intended as the archival code version associated with the Springer editorial revision.
Sanghati Basu
· Zenodo (CERN European Organi... · 0 citations
