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The open-source closed-loop system enables mice to learn modulation of cortical activity or movement by providing a platform for testing brain-behavior relationships in motor learning and neurorehabilitation research.

An interdisciplinary approach uncovers a never-before-seen multifaceted synchrony of developmental processes in the rodent retina which are driven by purinergic signalling from apoptotic retinal ganglion cells.

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.

Honey bee olfactory aversion can be modeled using machine learning to iteratively discover bee-selective repellents, validated in free-flying assays, that can potentially reduce contact with pesticides.

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.