Browse our Research Articles

Two acid-sensing members of the degenerin/epithelial sodium channel family play distinct roles in controlling different aspects of rhythmic proton and calcium oscillations in the nematode intestine.

Intensity of an odor and timing of its detection are complementary attributes of turbulent plumes and enable robust prediction of the location of a distant target.

Precisely tracking the anatomical sources of neural computations infers functional directed connectivity between hippocampal memory neurons and cortical sensory neurons, it reveals information flowing from cortex to hippocampus during encoding but the reverse direction during maintenance.

Glutamine deprivation reprograms chondrocytes, attenuates inflammation, and such intervention may be protective against joint inflammation.

Regeneration of single Stentor coeruleus cells is accompanied by a program of gene expression that can be decomposed into distinct modules, showing a cascade-like organization, and involving genes with conserved function in development and cell cycle control.

Full spectrum flow cytometry reveals a high degree of placental mesenchymal cell heterogeneity, which is lost with culture, highlighting the importance of detailed ex vivo phenotyping to optimise the use of these cells in downstream applications.

Kombucha tea microbiome analysis demonstrates the identification, characterization and extrapolation of minimal cores as a promising framework for mechanistic investigation of microbiome behaviors.

The most influential clocks within the Drosophila circadian clock neuron network form the fewest synapses within the network, and neurons that do not themselves contain molecular clocks mediate connections between those that do, suggesting a key role in timekeeping.

Reconstructed ancestral muscle-type acetylcholine receptor β-subunits readily form homopentameric ion channels that open spontaneously, and display functional hallmarks of the modern-day heteropentameric receptor despite being devoid of canonical agonist-binding sites.

Analysis of protein interfaces suggests cotranslational assembly can be an adaptive process, likely serving to minimise non-specific interactions with other proteins in the cell.