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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.