
Artificial Intelligence Applications in Haemophilia Care: A Narrative Review of the Literature.
AI in Haemophilia Care: Enhancing Diagnosis & Treatment Precision 🤖🩸
Discover the newest research about AI innovations in ⌚ Wearables.
AI in Haemophilia Care: Enhancing Diagnosis & Treatment Precision 🤖🩸
Efficient walking energy expenditure estimation via continuous ramp protocol shows 10.7% error, outperforming traditional methods. 🚶♂️📊
Wearable biosensors enhance health monitoring, enabling early disease detection through real-time bioanalysis. 📊🔬
Wearable microfluidic tech enhances real-time biosensing and drug delivery, paving the way for personalized digital therapeutics. 💉📱
Passive sensing & ML enhance mental health monitoring. 42 studies show 92.16% accuracy in anxiety detection. 📊🧠
IoT-enabled deep learning model achieves 93.45% accuracy in real-time athlete performance tracking. 📊🏃♂️
Alder Hey’s AI strategy aims to enhance children’s healthcare with virtual assistants, predictive models, and improved diagnostics. 🤖👶
Access HSC and BearingPoint collaborate to enhance virtual ward integration, aiming for better patient care and coordination. 🏥🤝
Optimizing arrhythmia detection: 94.82% accuracy with 4 beats using 1-D CNNs in real-world ECG studies. 📊❤️
Wearable medical devices enhance surgical precision with AI, improving outcomes. Key challenges include data privacy and interoperability. 🤖🔍