Explore how elastic light-scattering fingerprinting detects nanoscale cellular changes for early cancer detection years before tumors form.
Explore how cutting-edge smart materials transform mechanical strain into visible light, revolutionizing sensing technology from medical devices to infrastructure monitoring.
Explore how biomedical engineering is revolutionizing healthcare through AI, microrobotics, personalized medicine, and innovative technologies that are transforming patient care.
Explore how in silico characterization and homology modeling are revolutionizing our understanding of histamine receptors and accelerating drug discovery.
Exploring the groundbreaking cardiovascular engineering research presented at the 2017 Biomedical Engineering Research Day Distinguished Academic Lecture.
Exploring how advanced microphysiological systems are helping researchers unravel the mysteries of statin-induced muscle pain and myopathy.
Exploring the groundbreaking research presented at ITIB 2016 on how computational intelligence, medical information systems, and ambient assisted living are transforming healthcare.
Discover how scientists synthesize non-toxic InP quantum dots through colloidal chemistry to create vibrant, eco-friendly displays and technologies.
Discover how neuroscience principles like spaced repetition, active recall, and interleaving are creating intelligent learning assistants for biomedical engineering students.
Discover how pollen grains are being transformed into high-performance energy storage materials for a sustainable future.