L. Wu

This study uses single-particle tracking to show that KRas diffusion and trafficking are regulated by nested membrane nanodomains in U2OS cells.

This study compares the effects of PaiTeLing, imiquimod, and interferon-α-2b on HPV-infected tissue in nude mice, finding enhanced immune responses with imiquimod and PaiTeLing.

This study identifies IL-10-producing B cells in murine pericardial adipose tissues that promote cardiac recovery after acute myocardial infarction by resolving inflammation and reducing myocardial injury.

This study identifies two bile acid metabolites that regulate Th17 and Treg cell differentiation through distinct mechanisms, affecting immune balance in mice.

This study shows that an early nitric oxide burst mediated by nitric oxide synthase in ammonium-supplied rice roots reduces drought-induced oxidative damage by enhancing antioxidant defenses.

This study investigates the effect of L. reuteri on immune parameters and gut microbiota, revealing sex-specific differences in immune response and microbial composition.

This study shows YTHDF1-3 proteins inhibit HIV-1 infection by binding m6A-modified viral RNA, reducing reverse transcription and viral production.

This study shows that SAMHD1 suppresses HIV-1 gene expression and reactivation in CD4+ T-cells by binding to the HIV-1 LTR and inhibiting transcription.

The paper develops and validates a new red fluorescent calcium indicator, K-GECO1, based on a circularly permutated RFP from a sea anemone, tested across multiple cell types and organisms.

This study determines the first crystal structure of full-length mouse SAMHD1 in three nucleotide-bound states, revealing a more complex activation process involving the SAM domain compared to human SAMHD1.

This study shows asbestos exposure triggers YAP/TAZ activation, macrophage recruitment, and RNA editing in mesothelium before tumor development.

The paper predicts DNA hybridization rate constants from sequence using a weighted neighbor voting model trained on experimental kinetics data.

The paper uses Boreal Shield lakes to study Archaean ocean biogeochemistry by analyzing isotopic and nucleic acid data from anoxic zones.