X. Meng

This study shows that tuning CAR tonic signaling improves T-cell therapy efficacy by designing CARs with low but non-zero tonic signaling, enhancing anti-tumor activity in mouse models.

The paper trains a classifier to predict cold stress transcriptional responses across plant species using genomic features, showing cross-species prediction accuracy.

This study investigates how nucleotide analogs like Remdesivir affect SARS-CoV-2 polymerase activity using single-molecule techniques, revealing backtracking rather than termination and evasion of ddhCTP.

B cells integrate innate TLR and adaptive CD40 signals to induce BATF3 transcription factor for production of IL-27, which together with INFg optimizes antibody responses.

This study investigates ion and water permeation mechanisms of the SARS-CoV-2 E protein channel using in silico methods, revealing hydrophobic gates and voltage-dependent behavior.

The paper introduces DAPD, a normalization method for plant phenomics data, which reduces variance and improves measurement uniformity compared to sowing-time normalization.

The paper challenges the current model of ER stress sensing by showing ATF6 is sorted to the Golgi as a peripheral membrane protein, and translocon inhibition drives its activation.

This study shows TLR5 associates with TLR4 and biases its signaling toward MyD88 in lung injury responses to LPS, hyaluronan, and O3.

The paper assesses the frequency of deleterious mutations in 21 hereditary breast and ovarian cancer genes among 882 high-risk Chinese individuals, finding 19.5% carried such mutations, with higher rates in those with both breast and ovarian cancer histories.

The paper examines the roles of three wheat glutamine synthetase isozymes in nitrogen assimilation and translocation, showing distinct functions and synergistic effects.

The paper shows that 25(OH)D levels rise at RA onset in progressors, suggesting a potential role for vitamin D in RA development.

The paper identifies CP77 as a third orthopoxvirus inhibitor of rodent SAMD9L, showing it uniquely targets Chinese hamster SAMD9L and enables viral replication.