Browse our Research Articles

Bioinformatics, RNA-protein interactions, and HuR-based functional studies demonstrated that the rs13900T allele modulates CCL2 transcript levels, providing a functional link between the CCL2 rs1024611G-rs13900T haplotype and disease susceptibility/progression.

CDK2-mediated TBK1 degradation via Dtx4 represents a previously unrecognized regulatory mechanism that modulates antiviral immunity in fish.

Transcriptomic and genomic mutations reveal the mechanistic basis of timing seasonal life history transitions.

Multiomics and biochemical studies reveal that excess ATP levels, and not ROS, is the dominant driver for antibiotic cidality in Mycobacterium smegmatis.

A large-scale investigation of carnivoran brain diversity, providing a unified description of folding patterns, their relationship to behaviour and ecology, and the foundation for future investigations of carnivoran neuroecology.

Synthetic ribbon-type active zones are reconstituted in cultured cells using a minimal set of proteins that partially mimic structural and functional features of cochlear inner hair cell active zones.

Estrogens produced in the teleost brain increase neural sensitivity to testicular androgens by directly stimulating androgen receptor transcription, thereby eliciting male-typical behaviors.

fMRI and MEG results in adults and children show encoding of abstract geometric regularities in dorsal-parietal, temporal, and frontal regions, pointing to a system for symbolic geometric representation in humans.

Lipid imbalance triggered by Snail-driven epithelial–mesenchymal transition creates a cholesterol-dependent vulnerability that can be therapeutically targeted to overcome chemoresistance in cancer.

Live imaging analyses in budding yeast reveal that calorie restriction and overexpression of the mRNA binding protein Ssd1 both block deleterious age-dependent iron uptake as a mechanism to extend lifespan.