This repository contains code and models for the Sanfilippo Paper, focused on distinguishing Healthy vs MPSIIIA and Healthy vs MPSIIIA + stress using high content cell imaging analysis and raw image classification.
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feature_models/
Contains XGBoost models trained on features extracted from cell imaging analysis (Harmony software).
Tasks:- Healthy vs MPSIIIA
- Healthy vs MPSIIIA + stress
Dependencies: - Python 3.11
- scikit-learn
- XGBoost
- pandas
- matplotlib
- Hyperopt
- seaborn
- SHAP
-
Image_models/
Contains CNN models for classifying raw images.
Tasks:- Healthy vs MPSIIIA
- Healthy vs MPSIIIA + stress
Dependencies: - Python 3.11
- PyTorch
- Optuna
- matplotlib
- numpy
- pandas
- seaborn
- Clone the repository.
- Install dependencies for each folder (see above).
- Refer to folder-specific README or scripts for training and evaluation instructions.
If you use this code or models, please cite the Sanfilippo Paper.