Jonathan A. N. Fisher

This study develops a noninvasive optical method using DCS to monitor real-time hemodynamic changes in a rabbit model of IVH, showing increased blood flow variability in affected animals.

This study uses an in vivo optical approach to show that low intensity focused ultrasound causes persistent microvascular dilation without microbubbles, suggesting vascular mechanisms may contribute to long-term neuromodulatory effects.

This study investigates asymmetric prefrontal cortex activity during dichotic listening tasks and finds that right hemisphere regions show dynamic blood flow changes linked to task performance and auditory processing.

This study uses low-intensity focused ultrasound to alter sensory-evoked cortical responses in vivo, showing changes in latency and spatial patterns of neural activity.

This study identifies novel biomarkers for traumatic brain injury by analyzing changes in neurovascular coupling using combined optical and electrophysiological measurements in a mouse model.