Exploring the mysterious Alvarez waves in pregnancy - their characteristics, research findings, and potential clinical significance in predicting preterm labor.
Exploring how biotechnology is reshaping our understanding of human origins, life, and death through the lens of anthropological bioscience.
Research on how spinal fusions affect whiplash injuries through virtual crash testing and biomechanical analysis
Discover how transparent and stretchable metal nanowire composite MEAs are transforming neuroscience and cardiology research.
Discover how single-walled carbon nanotubes (SWCNTs) serve as near-infrared probes to illuminate supramolecular self-assembly processes in biomaterials.
Discover how pattern recognition and connecting data points reveals the hidden structures of our universe, from social networks to scientific breakthroughs.
Exploring how the 1960s and 1970s transformed biomedical engineering from fringe tinkering to a cornerstone of modern medicine.
Exploring how DTI-based connectome studies reveal structural brain network differences in children with Asperger Syndrome.
Explore how transformative biomaterials are enabling the creation of reproducible 3D functional human tissue models for advanced medical research.
Breakthrough research on core-corona nanospheres for intranasal HIV immunization showing promising mucosal immune responses