How is complexity achieved in higher-order plants?
Can we map the architecture of protein complexes to understand the functions of protein machinery and annotate novel protein function?
How is PTM, particularly sugar modification, shape the biochemistry of the cell?
We integrate the disciplines of genetics, transcriptomics, proteomics, and engineering to dissect the plant cell atlas and gain profound insights into the intricate mechanisms governing nutrient sensing in plants. Our goal is to develop cutting-edge tools to understand how complexity is achieved, the composition and architecture of alternative splicing machinery, and how sugar modification regulate transcription and alternative splicing.
Within our scientific endeavors, we champion the principles of diversity, equity, and the transparent ethos of open science.
XU LAB FUN