Xiaotian Bi

This paper develops a deep learning-augmented SRS imaging method to profile metabolism in live neuronal co-cultures, revealing cell-type-specific metabolic responses to various conditions.

This study uses advanced imaging techniques to analyze polyQ aggregates in live neurons, revealing their growth dynamics and compartmentalization in Huntington's Disease.

This paper introduces WF-BonFIRE, a wide-field bond-selective fluorescence imaging technique that achieves single-molecule sensitivity and kilohertz speeds for live-cell and bacterial imaging.

This study demonstrates that SHARP, a helicase-driven isothermal amplification method, effectively amplifies repetitive and compositionally extreme DNA sequences that are challenging for conventional PCR.