Hsin Yi Lai

TL;DR: The capacity of the fPAM system to image and quantify significant contralateral changes in both SO(2) and CBV driven by electrical forepaw stimulation is demonstrated, with the potential for explicitly studying brain hemodynamics in animal models.

TL;DR: Evaluation results showed the NCTU probe has good biocompatibility, high signal-to-noise ratio (SNR) during chronic neural recordings, and high reusability for electrolytic lesions, and would serve as a useful device in future neuroscience research.

TL;DR: It is observed that 0.8-MI FUS profoundly suppressed SSEP amplitude and prolonged latency, and this effect lasted 7 days, which is the first evidence that F US-induced BBB opening is accompanied by reversible changes in neuron responses, and may provide valuable insight toward the development of FUS-inducedBBB opening for clinical applications.

TL;DR: An overview of the current optical approaches used for the in vivo imaging of neurovascular coupling events in small animal models is presented and a glimpse of the possible ways in which these techniques might be translated to human studies for clinical investigations of pathophysiology and disease is provided.

TL;DR: A low-power, wireless, and implantable microstimulator system on chip with smart powering management, immediate neural signal acquisition, and wireless rechargeable system is proposed.