A Better Way to Make RNA Drugsby Wyss Institute for Biologically Inspired EngineeringNew enzymatic synthesis method expands RNA therapeutic capabilities while eliminating toxic byproducts
NewsImaging Technique Shows New Details of Peptide Structuresby Washington University in St. LouisNew technique gives scientists a closer look at fibril assemblies associated with Alzheimer’s disease
NewsNovel Imaging Platform Allows Researchers to Study Placental Development in Miceby Duke UniversityNew approach tracks blood flow and oxygen levels in the developing placenta of mice throughout pregnancy
NewsNew Bioelectronic Mesh Can Grow with Tissues for Comprehensive Heart Monitoringby University of Massachusetts AmherstThis tool is the first that can measure both mechanical movement and electrical signal in vitro using a single sensor
NewsDual-Energy Harvesting Device Could Power Future Wireless Medical Implantsby Penn StateNew device can harvest energy from magnetic field and ultrasound sources simultaneously, converting it to electricity
NewsDetecting Pathogens Faster and More Accurately by Melting DNAby University of California - San DiegoNew analysis method can accurately detect pathogens in blood samples in less than half the time it takes for a culture
NewsScientists Shed Light on Potential Breakthrough Biomedical Moleculeby SLAC National Accelerator LaboratoryDeveloping a new, light-activated method to produce the molecule opens doors for future biomedical applications
NewsBiomedical Engineers Develop Technology to Register Neural Activity with Lightby Holden GalushaThis new technology has massive potential implications for prosthetics and brain-computer interfaces
NewsUltrashort Peptides Go a Long Way for Tissue Engineeringby King Abdullah University of Science & TechnologyA printable hydrogel made of ultrashort peptides could help shape cells into viable tissues
NewsTiny Machine Poised to Unlock Brain's Mysteriesby Northwestern UniversityNovel device records, senses, and manipulates "mini-brains"
NewsLab-Created Heart Valves Can Grow with the Recipientby University of MinnesotaGroundbreaking discovery in animal models could potentially reduce multiple pediatric heart valve replacement surgeries