This project uses deep learning to classify knee X-ray images into Normal, Osteopenia, and Osteoporosis. It supports early diagnosis and improves osteoporosis detection through AI-based medical imaging.

Machine learning 📖 to predict Osteoporosis in people 👦 given their age, gender, medical 🏥 history and other data.

End-to-end AI framework for osteoarthritis and osteoporosis diagnosis

Osteoporosis Research Center | self-assessment tools for Osteoporosis

Projeto para detecção de osteopenia e osteoporose em imagens radiográficas panorâmicas.

A data-only living systematic review

营养学 | 骨质疏松症食养助手 - 基于国家卫健委《成人骨质疏松症食养指南（2026年版）》的AI科普对话助手 · 使用WorkBuddy构建

Flask-based healthcare web application for medical image upload and osteoporosis screening workflow.

A deep learning platform for systemic disease screening via dental radiographs in undeserved communities.

AI-driven bone health classification from knee X-rays using deep learning ensemble (VGG-19 + EfficientNetB2 + Stacking Classifier)

This is project about CNN using for classification of osteoporosis, osteopenia pathologies and normal structure of bones

小亚说官方公众号 护肤健康营养博客 玫琳凯专业顾问

Personal learning project: clinical decision support reference for osteoporosis management in Irish primary care. Not for clinical use.

Reproducible CLI-first osteoporosis imaging research workflow for MONAI, QCT, DXA, Slicer, and BoneJ