TCN-MAML: A TCN-Based Model with Model-Agnostic Meta-Learning for Cross-Subject Human Activity Recognition.
Innovative TCN-MAML model achieves 99.6% accuracy in cross-subject human activity recognition using Wi-Fi sensing! 📊📡
Data Sharing and IT Challenges in Prison Healthcare Impact Patient Safety
Prison healthcare faces challenges due to poor data sharing and IT systems. This impacts patient safety and care quality. 🏥🔒
Weekly Health & AI Digest – July 28, 2025
Here are the latest breakthroughs in health & AI (July 28, 2025 week) 🔹 AI Enhances Clinical Trials for Alzheimer’s Drug Development AI improves Alzheimer’s drug trials by accurately identifying patient groups, potentially speeding up effective treatment development. 🧠💊 ——-...
AI Enhances Clinical Trials for Alzheimer’s Drug Development
AI improves Alzheimer's drug trials by accurately identifying patient groups, potentially speeding up effective treatment development. 🧠💊
To What Extent Can Digital Health Technologies Comply With the Principles of Responsible Innovation? Practice-and Policy-Oriented Research Insights Regarding an Organisational and Systemic Issue.
Digital health technologies' compliance with Responsible Innovation principles hinges on organizational culture, resources, and regulatory frameworks. 📊💡
NHS 10-Year Health Plan: Addressing Health Tech Procurement Challenges
NHS 10-Year Health Plan aims to tackle procurement challenges in healthcare technology. Collaboration is key for innovation. 🤝💡
Beyond labels: determining the true type of blood gas samples in ICU patients through supervised machine learning.
Machine learning enhances blood gas sample accuracy in ICU: 33,800 samples analyzed, achieving AUCPR of 0.9974! 📊💉
Electronic Prescribing System to Launch at 55 Mental Health Facilities
Electronic prescribing system to be implemented in 55 UK mental health facilities. 🏥📋 Aiming to enhance patient safety and care efficiency.
UK Biobank Achieves 100,000 MRI Scans for Health Research
UK Biobank reaches 100,000 MRI scans for health research. 🧠📊 This milestone enhances disease detection and personalized treatment.
The Burgeoning Importance of Nanomotion Sensors in Microbiology and Biology.
Nanomotion sensors revolutionize biology! 🧬 Highly sensitive, label-free detection enhances diagnostics and research. Key methodologies include AFM and AI integration. 📊