AI and Wearable Tech for Early Breast Cancer Detection in Women

Malleable Technologies for Biological Data

• 💡 Dr. Canan Dagdeviren's lab develops conformable, malleable, flexible, and stretchable technologies designed for intimate integration with the human body.
• 🧠 These technologies aim to extract biological language, such as heart rate and neuronal activity, translating it into electrical signals for a smart interface.

Empowering Early Breast Cancer Detection

• 🎯 A key project focuses on conformable ultrasound technology integrated into a personal bra for early breast cancer detection.
• 👚 This wearable device allows women to check for anomalies regularly at home, offering a safe, non-radioactive alternative to mammography.
• ⚠️ Current screening methods like mammography can be painful, inaccurate for dense breasts, and miss interval cancers, which are aggressive and have lower survival rates.

AI Integration for Personalized Medicine

• 📈 By collecting extensive data, the technology can estimate the progression of anomalies or tumors under medication.
• ✅ This data-driven approach aims to increase survival rates significantly, potentially up to 98%.

Clinical Trials and Future Availability

• 🔬 Intensive human trials are currently underway at MIT and with medical collaborators, yielding promising results.
• 🚀 The goal is to translate this research into a market-ready product for those in need.
• ⏳ With substantial financial support, the technology is estimated to be available within 3-5 years.