Xi Wang

This paper develops a neural network to reduce photodamage in three-photon microscopy, enabling faster and safer imaging of muscle regeneration.

The paper introduces SCPro, a multimodal spatial proteomics method, to profile pancreatic tumor heterogeneity by integrating imaging, flow cytometry, and protein aggregation capture, revealing spatial proteome variations and a novel regulatory T cell subtype.

The paper investigates dynamic lateralization in contralateral-projecting corticospinal neurons during motor learning in mice, finding heterogeneous activity changes and flexible network reconfiguration.

The paper uses two-photon calcium imaging to study how infrared neural stimulation affects excitatory and inhibitory neurons in mouse somatosensory cortex.

This paper introduces a method for precise, depth-targeted photothrombosis in cerebral vessels using a 1070 nm ultrafast laser and evaluates its effectiveness for studying vascular function.

This paper develops a TIS window technique for long-term high-resolution cortical imaging in awake mice without skull removal.

This paper combines skull optical clearing and three-photon microscopy to achieve deep brain imaging through an intact mouse skull.

This study develops a precise photothrombosis method to investigate microvascular network dynamics and neurodegeneration effects in the cerebral cortex.

The paper develops NIR-II fluorescence microscopy techniques to image cortical vasculature in non-human primates, enabling high-resolution analysis of brain microvascular networks and blood flow.