Shou‐Ling Xu

The paper shows CDK8 phosphorylates DELLA to limit Mediator recruitment, affecting GA signaling in Arabidopsis.

This study shows brassinosteroids enhance sugar synthesis by inhibiting BIN2 phosphorylation of PCK, promoting gluconeogenesis and photosynthesis in plants.

The paper demonstrates that lamin-B3 can assemble into filamentous structures in Xenopus laevis egg extracts under nucleoplasm-like conditions, independent of nuclear assembly.

This study maps protein-protein interactions in Arabidopsis using cross-linking mass spectrometry, identifying thousands of interactions across subcellular compartments and structural complexes.

The paper shows that the ACTL domain in bHLH transcription factors determines partner specificity by affecting dimerization and function in vivo.

This paper demonstrates the use of non-canonical amino acids to enable plant-directed control of bacterial activity in soil.

This study shows that O-glycosylation of immune kinases modulates plant immunity by sensing sugar availability, with implications for crop health.

The paper identifies CKL3 and Nup58 as key regulators of effector-triggered immunity by linking Ca2+ influx to nuclear transport reprogramming.

This study provides large-scale proteomic evidence that alternative splicing isoforms are translated in plants, showing their impact on protein abundance and plant growth.

This paper identifies FoTO1 as a dual-function enzyme that enhances Taxol biosynthesis through catalytic conversion and non-catalytic organization of P450s in plants.

This study identifies BAM1D as a co-receptor interacting with FEA3 in maize, revealing antagonistic genetic interactions that regulate inflorescence meristem size.

The paper uses proteomic analysis to identify substrate proteins regulated by O-fucosylation and O-GlcNAcylation in Arabidopsis, revealing their roles in protein homeostasis and stress responses.

This study identifies BSL1 as a plant-specific phosphatase that dephosphorylates CDKB1 to promote mitotic entry by counteracting phosphorylation at T14/Y15 residues.

This study identifies ERC1 as a protein that forms biomolecular condensates to recruit ATG8 and NBR1, promoting autophagosome formation and enhancing heat tolerance in Arabidopsis.

The paper analyzes genomes of nitrogen-fixing eukaryotes to show that endosymbionts can function as integral cell compartments without significant genetic integration.

The paper identifies CSC and REM as mechanisms mediating plant cell resilience through cell wall-plasma membrane attachments under hyperosmotic stress.

The paper maps the Arabidopsis alternative splicing machinery and identifies O-glycosylation regulators affecting splicing through ACINUS-dependent and -independent pathways.

This study maps the NPR1 signaling hub and transcriptional cascade in plants using TurboID and greenCUT&RUN, revealing chromatin remodeling and histone demethylation in SA-induced resistance.

The paper identifies ZNF574 as a key factor in a quality control pathway that degrades defective ribosome intermediates in human cells.

The paper improves TurboID-mediated proximity labeling by optimizing enrichment and analysis methods, identifying 160 SPY interactors including 100 novel ones.

The paper identifies RMT2 as a chloroplast methyltransferase homolog involved in photosystem I biogenesis in Chlamydomonas reinhardtii through a high-throughput O2 sensitivity screen.

The paper identifies polarity domains in Arabidopsis stomatal lineage cells and their associated proteins using proteomics and structural modeling, revealing their role in cell division and pore formation.

The paper identifies the interactome of TERT in Trypanosoma brucei using mass spectrometry, revealing unique telomerase interactions in this parasite.

This study identifies AtACINUS as an O-GlcNAcylated and O-fucosylated protein that regulates transcription and alternative splicing of reproductive regulators in Arabidopsis.