A previously unknown lipid modification by a bacterial antibiotic resistance enzyme was identified through the analysis of a family of antibiotic resistance enzyme sequences with a machine learning approach.

Salient or behaviorally relevant stimuli, regardless of their modality, robustly activate both higher-order somatosensory and visual thalamic nuclei.

The ability of intrinsically disordered proteins to protect sensitive enzymes during drying can be tuned through interactions with cosolutes.

Engineered anion-conducting channelrhodopsins with enhanced red-light sensitivity and accelerated kinetics enable precise, low-intensity optical silencing of neurons, advancing optogenetic control in neuroscience research.

Neurons can be tracked in mice implanted with Neuropixels 2.0 probes for up to 8 weeks using visual receptive fields to score tracking in the absence of reference data.