Biomedical engineering’s next test: proving value where patients actually live
A new journal section challenges biomedical engineers to prove their devices deliver real clinical outcomes for patients, from intensive care ...
A new journal section challenges biomedical engineers to prove their devices deliver real clinical outcomes for patients, from intensive care ...
A new research collection highlights robotic systems for spine and femur surgery that pair technical innovation with unmet clinical needs, ...
Researchers built a self-propelled colonoscopy robot with soft 3D-printed gears that reached 9.6 mm/s and 1.5 N of propulsive force ...
A laboratory study of bovine cortical bone shows that impact forces at a saw blade's turning point introduce microcracks that ...
A new review of thirty studies finds artificial intelligence showing strong potential across minimally invasive vascular surgery, from risk prediction ...
A new test-time adaptation framework shows that online model updates can rescue surgical instrument segmentation from severe low light and ...
Researchers at Nagoya University tested a surgical robot that asks for human help only when its own uncertainty is high, ...
Researchers at RWTH Aachen University have demonstrated an automated workflow that configures Time-Sensitive Networking for ISO IEEE 11073 SDC-based medical ...
Researchers at the University of Leeds have developed PICO, a single-stage AI system that estimates the full 3D position and ...
China's leading colorectal cancer surgical experts have issued a comprehensive 2025 national consensus codifying how robotic surgery for colorectal cancer ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine