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medical-diagnosis

Here are 101 public repositories matching this topic...

Intelligent Python service with FastAPI for real-time heart disease predictions using machine learning. Features AI-assisted consultations, user authentication, analysis history, RESTful API, and comprehensive error handling. Secure and scalable solution for healthcare applications.

  • Updated Aug 24, 2025
  • Python

An AI-powered deep learning system using VGG16 transfer learning to classify brain tumors (glioma, meningioma, pituitary, no tumor) from MRI scans. Built with TensorFlow, deployed on Render with Flask.

  • Updated Jun 29, 2026
  • Jupyter Notebook

Early detection of Autism Spectrum Disorder (ASD) is crucial for children's development, yet the diagnostic procedure remains challenging. EyeTism employs machine learning on eye tracking data from both high-functioning ASD and typically developing children (TD) to create a diagnostic tool based on their distinct visual attention patterns.

  • Updated May 2, 2024
  • Jupyter Notebook

A comprehensive machine learning application that predicts breast cancer malignancy using cytology measurements. Features an interactive Streamlit web interface with real-time visualizations including radar charts for cell nuclei analysis. Implements logistic regression with data preprocessing pipelines for accurate benign/malignant classification.

  • Updated Jan 23, 2026
  • Python

Ethnic bias analysis in medical imaging AI: Demonstrating that explainable-by-design models achieve 80% bias reduction across 5 ethnic groups (50k images)

  • Updated Nov 7, 2025
  • Python

A full-stack SaaS platform for hosting and monetizing medical AI models. It features a complete credit-based payment system (Razorpay), JWT/OAuth2 authentication, a full admin dashboard, and an LLM-powered assistant. The platform is live with its first two models for clinical diagnostics.

  • Updated Aug 16, 2026
  • TypeScript

Built an end-to-end deep learning pipeline using ResNet-50 to classify retinal images into five stages of Diabetic Retinopathy. Applied transfer learning, image preprocessing, and AUC-based evaluation on the APTOS 2019 Kaggle dataset, achieving a 94% validation AUC—offering real-world potential in clinical diagnosis automation.

  • Updated Mar 12, 2026
  • Python

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