Discover how motion-corrected 3D liver MRI using AI and undersampled GRPE acquisitions is transforming liver imaging with faster, more accurate scans.
How Uncertainty-Integrated Surrogate Modeling is building 'gut feelings' into AI for better, safer, and faster engineering innovations.
Explore how automation, biomedical engineering, and computer science are converging to create self-driving laboratories that accelerate biomedical discovery.
Discover how automated 3D imaging technology reveals hidden diabetic damage in mouse retinas with microscopic precision.
Explore how bioinformatics and biomedical engineering are revolutionizing healthcare through AI, gene editing, and autonomous experimentation.
Explore how biomedical technologies transition from laboratory discoveries to life-saving treatments in 2025, featuring AI-driven innovations and commercialization strategies.
Explore how computer-assisted neurosurgery is transforming brain and spine procedures through AI, robotics, and brain-computer interfaces.
Explore how Medical Image Computing and Computer-Assisted Intervention (MICCAI) is revolutionizing healthcare through AI-powered medical imaging.
Exploring how simulation models and artificial intelligence are revolutionizing healthcare management through predictive analytics and virtual testing.
Explore how AI, digital twins, and advanced technical systems are transforming drug discovery, genomics, and laboratory operations in life sciences.