Building Biosensors for Neuropsychopharmacology
Our understanding of the brain’s beautiful and complex machinery is largely driven by our ability to measure the chemical and electrical signals that govern its convoluted circuitry. As such, our knowledge is only as good as the tools we have at our disposal. The study of neurochemistry and neuropharmacology research has largely been driven by the use of microdialysis and electrochemical methods to measure targets of interest in the brain. While these techniques are powerful and have contributed immensely to our conceptualization of brain activity, they are not without their limitations.
Graduate Students Research Updates
Julian Gerson
A novel method for measuring Blood Brain Barrier kinetics using
Electrochemical Aptamer-Based biosensors
Kasie Mays
Serotonergic Fibers as Random Walks-A Spatial Analysis
Graduate Students Research Updates
Julian Gerson
A novel method for measuring Blood Brain Barrier kinetics using
Electrochemical Aptamer-Based biosensors
Kasie Mays
Serotonergic Fibers as Random Walks-A Spatial Analysis
