gene-protein-expression-matrix-normalization
Normalize gene or protein expression matrices using log2, z-score, quantile normalization, or TMM. Inputs: raw expression matrix. Outputs: normalized matrix, density distribution plots, before-after boxplots, QC summary report.
Veto GatesRequired pass for any deployment consideration
| Dimension | Result | Detail |
|---|---|---|
| Scientific Integrity | PASS | No fabricated DOI, PMID, trial result, sample size, p-value, or unsupported scientific claim was generated during audit. |
| Practice Boundaries | PASS | The skill performs computational data analysis and does not make diagnostic or treatment recommendations. |
| Methodological Ground | PASS | The workflow uses standard data-analysis methods and documents assumptions, thresholds, and output interpretation boundaries. |
| Code Usability | PASS | Native CLI execution was verified using /opt/homebrew/bin/Rscript in this environment. |
Core Capability93 / 100 — 8 Categories
Medical TaskExecution Average: 92.2 / 100 — Assertions: 25/25 Passed
/opt/homebrew/bin/Rscript completed log2 normalization and wrote normalized_matrix, summaries, manifest, and session info.
The z-score route completed successfully on bundled expression_matrix.csv and produced expected outputs.
The min-max route completed successfully and wrote table and RDS artifacts.
The documented CLI help rendered successfully with method, margin, pseudo-count, centering, scaling, delimiter, and seed options.
Pre-generated outputs for log2, zscore, and minmax provide reproducibility evidence and expected artifact structure.
Key Strengths
- Native R execution succeeded for log2, zscore, and minmax normalization modes.
- The skill has deterministic transformations with clear output tables and RDS artifacts.
- Documentation and scripts are modular, with algorithm, CLI, and troubleshooting references.
- Bundled outputs make frontend and reviewer inspection straightforward.