Browse our Research Articles

Using Xcr1^Cre-Gfp Rosa26^LSL-DTA Apoe^–/– model and Xcl1^–/– Apoe^–/– mouse model reveal an essential non-redundant role for the XCL1-XCR1 axis in cDC1-mediated atherogenesis.

Inhibition of the UFD-1-NPL-4 complex activates immune responses in Caenorhabditis elegans that reduce gut pathogen load but simultaneously compromise host survival.

The flexible stalk region of sTREM2 binds the Ig-like domain, altering stability and ligand accessibility—a biochemically testable mechanism with broad implications for (s)TREM2 biology and rational Alzheimer's disease therapeutic design.

p53 isoforms induce cellular stress based on their only partially folded states.

C. elegans foraging decisions are guided by learned environmental features, integrating recent patch quality with internal satiety to balance exploration and exploitation.

A novel risk-scoring model enables personalized treatment decisions for bladder cancer patients.

Infection of human cells by human cytomegalovirus induces massive changes to human chromatin and reduction of TEAD1 activity.

Primate cross-species analysis of interactions between transposable elements and KRAB-ZNF genes with the new TEKRABber tool highlights human-specific interactions with potential relevance to Alzheimer’s disease.

For the first time, a function for the second messenger molecule, cyclic di-AMP, in Chlamydia has been described, revealing its role in regulating chlamydial developmental cycle progression.

These findings provide convincing evidence of the beneficial effects that restored biological rhythms may have on disease pathophysiology and symptoms.