Integrative Prediction Strategy (IPS): Blood-based Prediction of Brain Gene Expression
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Integrative Prediction Strategy (IPS) predicts brain gene expression from blood-derived features using pre-trained machine learning models. The workflow integrates multiple feature selection strategies (unsupervised and supervised) and evaluates model performance across cross-validation folds.

Workflow Steps:

  1. Load matched blood and brain gene expression data.
  2. Apply feature selection:
    • Unsupervised feature selection (features selected without using the target brain gene)
    • Supervised feature selection (features selected based on association with the target brain gene)
  3. Load pre-trained models (5-fold cross-validation).
  4. Select prediction mode: best, top10, or all models.
  5. Generate predicted brain expression values.
  6. Evaluate predictions (correlation with observed expression).
  7. Save outputs to file.

Inputs: Blood features and matched brain expression data, pre-trained models, selected feature sets, cross-validation fold assignments.

Outputs: Predicted brain expression values, correlation metrics, model-specific prediction results.

Resource Identification: RRID: SCR_027608

Version History

main @ d0bae6b (earliest) Created 26th Mar 2026 at 16:29 by Cigdem Sevim Bayrak

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Sevim Bayrak, C. (2026). Integrative Prediction Strategy (IPS): Blood-based Prediction of Brain Gene Expression. WorkflowHub. https://doi.org/10.48546/WORKFLOWHUB.WORKFLOW.2139.1
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Views: 205   Downloads: 63

Created: 26th Mar 2026 at 16:29

Last updated: 26th Mar 2026 at 16:30

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Scientific disciplines
Biochemistry, Genetics and Molecular Biology
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