Quanxiang Xian

The paper introduces @fUS, an agentic transcranial fUS imaging platform that enables functional brain imaging in mice with high spatial and temporal resolution, supporting longitudinal studies without surgery.

This study uses ultrasound with microbubbles to stimulate beta-cells in mice, enhancing insulin release and reducing blood glucose levels without tissue damage.

This study shows that Piezo1 mediates ultrasound neuromodulation in the brain by demonstrating reduced neuronal responses in Piezo1 knockout mice.

This study demonstrates that sonogenetics can selectively activate defined neural circuits and induce specific behaviors in freely moving mice through ultrasound stimulation.

This paper demonstrates a method using gas-filled nanostructures to enhance and selectively control ultrasound neuromodulation of neurons.