Browse our Research Articles

Tooth plucking triggers a rapid, coordinated regeneration program in cichlids, accelerating replacement more than threefold through temporally organized epithelial, mesenchymal, immune, vascular, and neural signaling.

Wild-type flies anticipate daily respiratory demands by coordinating substrate use, whereas short-sleep and clock-deficient mutants shift toward reactive fuel use and altered redox metabolism.

Behavioural, optogenetic, and gene expression analyses demonstrate that regional mechanosensory processes instructed by Hox gene inputs are essential for postural control in Drosophila larvae linking local body features to behaviour.

A well-orchestrated machinery for L-leucine uptake is functional in Mycobacterium tuberculosis, which is important for the intracellular survival of the tuberculosis (TB) pathogen.

A state-dependent inhibitory dopaminergic microcircuit co-regulates sleep and long-term memory via distinct signaling cascades.

An acid sphingomyelinase-dependent rapid uptake pathway for the pathogen Staphylococcus aureus is linked to altered intracellular infection dynamics.

The formation of biomolecular condensates by multivalent membrane proteins is delayed by slow crosslinking dynamics, with a variety of condensate morphologies emerging under different experimental conditions.

In vivo live imaging, quantitative analysis, and computational modeling reveal that wound-induced epithelial cell fusion accelerates epithelial repair through several likely mechanisms.

Internally and externally oriented brain networks are functionally coupled at a voxel scale through a common visuospatial code.

A mouse model of O-GlcNAc transferase associated intellectual disability reveals brain structural and cognitive deficits providing an important platform for mechanistic and therapeutic discovery.