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While performing learned movements at different speeds, motor cortex population activity can be understood based on the need to generate muscle activity via smooth, well-behaved dynamics.

Because voltage-gated KCNQ2 channels are central to physiological and pathophysiological events, understanding how disease-causing mutations in different channel regions disrupt function will help future development of mutation-specific antiepileptic therapies.

Analysis of performance on a novel behavioural paradigm investigating active information gathering reveals that subjective cognitive impairment is associated with hyperreactivity to uncertainty and links this mechanism to the affective burden in the condition and heightened insular-hippocampal connectivity.

Optogenetic and electrical stimulation of primary visual cortex neurons reveals synaptic and cell-intrinsic mechanisms that underlie neuronal ensemble formation.

4,6-Sulfation of chondroitin sulfate proteoglycans prevents sympathetic nerve regeneration into the infarct after myocardial ischemia/reperfusion, and reducing this sulfation promotes nerve regeneration and decreases arrhythmia susceptibility.

Applying computational modeling to quantify threat learning processes uncovers how variations in these conserved learning processes relate to anxiety severity and the neuroanatomical substrates moderating these associations.

In a mouse model of DYT25 dystonia with disruption of striatal neurotransmission by Gnal mutation, the cerebello-thalamic excitability is increased following symptom expression and θ-burst cerebellar stimulations during cholinergic-induced dystonia depress the cerebello-thalamic transmission and reduce the motor symptom severity.

Using mass spectrometry to study protein composition of translating ribosomes under unstressed or stress conditions, aspartate aminotransferase 2 (Aat2) is identified as a metabolic enzyme with a moonlighting function in the yeast integrated stress-response pathway.

Single-cell transcriptomics of the zebrafish ovary identifies both major and minor cell types and provides a valuable resource for researchers interested in reproductive biology, stem cell biology, and aquatic toxicology.

Phenotypic heterogeneity at the single-cell level of cellulosomal machinery biosynthesis suggests a division-of-labor strategy as revealed by the nanoscale mechanistic and ecological investigation of in situ structure and distribution of cellulosomes on bacteria while interacting with the cellulosic substrate.