Shuo Wei

This study identifies new ADAM9 substrates and downstream pathways using an integrative proteotranscriptomics approach in HCT116 cells.

This study introduces an in-cell proteomics method to analyze early Xenopus tropicalis embryos, revealing detailed spatiotemporal protein dynamics across cleavage stages.

This study identifies Tubb6's cell type-specific role in ciliogenesis of Xenopus epidermal multiciliated cells, showing its necessity for motile cilia formation.

The paper uses whole-cell proteomics to identify novel regulators of ciliogenesis in Xenopus multiciliated cells, revealing 832 upregulated proteins involved in ciliary structures and function.

This study shows DDX3X suppresses DDX3Y through both transcript and protein stabilization mechanisms in male cancer cells, revealing cell-type-specific cross-regulation between X- and Y-linked paralogs.

This study shows that DDX3 promotes neural crest development by enhancing AKT activity, which is critical for craniofacial morphogenesis and linked to intellectual disability in humans.

This paper introduces a transgenic reporter line in Xenopus that reveals Snail2 re-expression and Wnt signaling activity during cranial neural crest differentiation.