Q. Liu

The paper identifies RNA G-quadruplex structures in Arabidopsis and rice, showing they regulate translation and plant growth.

The paper uses SHAPE profiling to study RNA structure in Arabidopsis nuclei and identifies structural features linked to mRNA splicing and polyadenylation.

This paper identifies a stepwise endonuclease activity in PfAgo that enables multiplex gene detection through a platform called RADAR, applied to distinguish human papillomavirus serotypes.

This study characterizes the mutational and transcriptomic landscapes of a rare prostate basal cell carcinoma using single-cell sequencing, revealing unique gene expression and regulatory patterns.

This study identifies lncRNA AVAN as a positive regulator of antiviral innate immunity by interacting with TRIM25 and enhancing FOXO3a transcription.

This paper presents a 3D printed microheater integrated microneedle patch system for controlled drug delivery, demonstrating its integration with wearable electronics for pain management.

The paper shows that succinate from commensal bacteria promotes tuft cell development and reduces ileal inflammation in a mouse model of Crohn's disease.

This paper shows that the bacterial T6SS effector EvpP inhibits neutrophil recruitment by suppressing Jnk-Caspy inflammasome signaling in zebrafish larvae during infection.

This study identifies a chitinase gene from Chinese wildrye that enhances pathogen resistance and saline-alkali stress tolerance in transgenic tobacco and maize without affecting growth.

The paper shows that combining mTOR and PIKK inhibitors kills triple-negative breast cancer cells by exploiting replication and checkpoint vulnerabilities.

This study identifies a synergistic relationship between PHF8 and HER2 signaling in breast cancer, showing PHF8 promotes HER2 expression and drug resistance.

This study identifies niclosamide derivatives that antagonize Mcl-1 by post-translational down-regulation, using a luciferase-based high-throughput screening assay.

The paper uses super-resolution microscopy and network modularity analysis to show that caveolin-1 oligomers form modular scaffolds and caveolae through polyhedral interactions.

The paper identifies a monophyletic Arthrobacter cluster adapted to cold environments and shows that specific genomic changes correlate with cold tolerance.

This study shows that the carboxyl-terminal sequence of Bim is necessary for Bax activation and cell killing, independent of anti-apoptotic protein inhibition.

This study systematically analyzes the distribution of metabolic pathways for five bacterial energy reserves across 8214 proteomes to reveal evolutionary patterns and correlations with genome reduction.

This study examines how the honey bee parasite Lotmaria passim alters its transcriptome during infection and how the host honey bee responds genetically and physiologically.

This study combines Azospirillum brasilense inoculation with seed priming to enhance germination and seedling growth in aged grass seeds, finding that H2O2 priming with optimal bacterial concentration and time is most effective.

The paper identifies sensory organs and ionotropic receptors in honey bee parasitic mites, showing functional conservation with Drosophila.

This study shows HPV-positive HNSCC cells lose TGFβ signaling, shifting DNA repair from homologous recombination to alternative end-joining, increasing PARP inhibitor sensitivity.

The paper uses CRISPR/Cas9 to knockout genes in the honey bee parasite L. passim and expresses fluorescent markers to study parasite biology.

This study shows that bacteriophages affect gut bacteria and metabolites in mice, with cascading effects on the microbiome and implications for phage therapy.

This study identifies a β-carotene-binding protein that regulates body color transition in locusts by modulating red pigment accumulation.

This study identifies a novel maize gene, glossy6, involved in epicuticular wax trafficking and drought tolerance by analyzing a mutant with reduced wax load and increased water loss.

This study shows hemolysin facilitates cytosolic LPS sensing by liberating bacterial outer membrane vesicles, leading to inflammasome activation and gut inflammation.

The paper investigates a classic bistable genetic switch in E. coli, revealing new cell fate potentials and switching kinetics beyond the classical two-state model.

The paper investigates the molecular mechanism of CysZ-mediated sulfate uptake using structural and functional analyses.

The paper examines deleterious variants in Asian rice, finding that domestication reduced their numbers but altered their frequency distribution and enrichment patterns.