Medical Devices
Modern medicine is becoming increasingly dependent upon technology. Intravenous drips are regulated by electronic machinery, hearts are revived by defibrillators, and doctors can see inside their patients with tiny cameras. ASU researchers are dedicated to the advancement of medical technology, from microstimulators to prosthetics.
PortfolioNeuromodulation by High Frequency Ultrasound
Piezo Micro-Markers for Ultrasound Medical Diagnostics
Neural Interface Assembly and Method for Making and Implanting the Same
A Brain Pacemaker for Epilepsy
Production of Bioplastics and Other Biomaterials From the Cyanobacterium Synechocytstis
Micro-Miniaturized Passively Powered Wireless Telemetry
Application of Brain Synchronization to Epilepsy and Other Dynamical Disorders
Sensor For Dection of RNAse Activity
DNA Sequencing by Molecular Recognition and Nanoscale Manipulation of Single Molecules
Three-dimensional, polymer-based micro-electrode arrays for the central nervous system
Innovative Technologies for the Restoration of Gait in Chronic Spinal Cord Injury Patients
Wireless Biotelemetry Using Piezomaterial-Diode Coupled Systems
Integrated device for surface-contact sampling extraction and electrochemical measurements
Neural Enabled Prosthesis-Communication Interface for Sensory Stimulation
Neural Enabled Prosthesis-Communication Interface for Sensory Stimulation
