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NeuroMarkerAI

AI-Powered Early Detection of Brain Tumors from Serum Biomarkers

A machine learning pipeline for non-invasive brain tumor risk prediction using circulating biomarkers (IL-6, VEGF, GFAP, etc.). Includes:

  • Automated data preprocessing
  • Explainable AI (SHAP/LIME)
  • Flask/FastAPI deployment
  • Clinical validation notebooks
graph TD
    A[Serum Samples] --> B(Data Cleaning)
    B --> C{Feature Selection}
    C -->|Top Biomarkers| D[Train Model]
    C -->|SHAP Analysis| E[Explainability]
    D --> F[Deploy as API]
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Machine Learning Biomarkers

Model Interpretability

SHAP analysis reveals which serum biomarkers drive predictions:

Biomarker Impact Direction Clinical Relevance
IL-6 ↑ Tumor Risk Linked to inflammation
GFAP ↑ Tumor Risk Glial cell damage marker
VEGF ↓ Tumor Risk Anti-angiogenic effect

About

A machine learning pipeline for early detection of brain tumors using serum circulating biomarkers. Features biomarker analysis, explainable AI (SHAP/LIME), and deployable models (PyTorch/Scikit-learn)

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