armored-cart-design-agent
Design armored CAR-T cells with cytokine payloads and resistance mechanisms.
Maintainer FreedomIntelligence · Last updated April 1, 2026
Patient-derived xenograft model analysis for drug efficacy and biomarker discovery.
Original source
https://github.com/FreedomIntelligence/OpenClaw-Medical-Skills/tree/main/skills/pdx-model-analysis-agent
Skill Snapshot
Source Doc
PDX-Patient Concordance: Analyze molecular similarity between PDX and donor tumor.
Drug Response Modeling: ML models correlating PDX drug sensitivity to patient outcomes.
Biomarker Discovery: Identify molecular features predicting drug response in PDX panels.
Combination Screening: Analyze synergy in PDX drug combination studies.
Translational Prediction: Project PDX findings to patient treatment selection.
Quality Assessment: Evaluate PDX fidelity and stability across passages.
| Metric | Threshold | Interpretation |
|---|---|---|
| Genetic concordance | >90% | Variants maintained |
| Expression correlation | >0.85 | Transcriptome preserved |
| CNV fidelity | >85% | Copy number stable |
| Tumor take rate | Variable | Engraftment success |
| Passage stability | <P5 recommended | Minimal drift |
Input: PDX molecular data, drug response curves, patient tumor data.
Concordance Analysis: Compare PDX to donor tumor at molecular level.
Drug Response Processing: Calculate IC50, AUC, TGI from growth curves.
Biomarker Analysis: Correlate molecular features with drug sensitivity.
Patient Prediction: Project findings to patient treatment recommendations.
Quality Assessment: Flag PDX models with significant drift.
Output: Drug rankings, biomarker associations, treatment recommendations.
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