Rick T. Zirkel

This paper introduces SEEQPI, a label-free imaging technique that enables subcellular resolution and deep imaging in turbid tissues, demonstrating its application in organoids and mouse brains.

This study shows psilocybin prolongs neurovascular coupling in mouse visual cortex, affecting blood flow without altering neural responses, and suggests implications for interpreting human neuroimaging data.

This paper develops magnetogenetic tools to bidirectionally regulate specific neuronal circuits in vivo using magnetic fields and shows their efficacy in motor control and Parkinson's models.