Anderson Chen

The paper describes a widefield in vivo imaging system for mesoscopic brain imaging, capable of capturing fluorescent and reflectance signals, and demonstrates its use in awake mice.

The paper introduces ninjaCap, a 3D printable headgear system for fNIRS and EEG that improves sensor placement accuracy and reduces manual labor.

This paper introduces a multi-scale imaging technique combining PSOCT and 2PM to enable label-free, high-resolution analysis of human brain structure and pathology.

The paper develops tools for high-speed, low-light two-photon voltage imaging of large neuronal populations in awake mice, achieving stable imaging of over 100 neurons for an hour.

This study develops a Bessel beam two-photon microscope to detect capillary stalling events in stroke models, showing increased stalling beyond the acute phase.

This paper quantifies myelin content and neuron density in the human brain using OCT, finding a strong linear relationship between scattering coefficient and myelin content.

This paper introduces a two-photon microscope that enables high-speed, simultaneous imaging of multiple brain regions in mice, demonstrating calcium activity measurement in sensorimotor cortex.

The paper develops an imaging pipeline to create a cell census of the human cerebral cortex using MRI, immunohistochemistry, and light-sheet fluorescence microscopy.

This paper introduces a novel miniaturized mesoscope for cellular-resolution imaging of neural activity in freely behaving mice, enabling comprehensive visualization across brain regions.

The paper identifies dynamic capillary flow stalls in mice after stroke reperfusion, mediated by neutrophils, which impair circulation and contribute to penumbral injury.