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As mice learn a sensory discrimination task, information from the previous trial emerges during the current trial period in several task-related cortical areas, just before and during the sensation period.

Modulation of the aging process through cell signaling represents a recent and exciting area of study with the potential for development of therapeutics to extend human health.

Increasing periods of neuronal activity progressively weaken and then eliminate synapses through the activation of specific transcription factors and genes.

Similar to spontaneous eye blinks perceptual stability, despite small saccades, is related to actively silencing transients in the high-level ends of both ventral and dorsal visual cortices, while activity in low-level visual cortex remains unstable.

Taxonomy of seizure dynamics (TSD) provides a rigorous method for classifying and quantifying seizures and a principled framework for understanding seizure initiation and propagation.

Cortical cholinergic and noradrenergic signaling contains a strong low-frequency component that is distributed across the mouse cortex and is related to the behavioral state of the animal.

Sequential live imaging of abnormal skull bone fusion in zebrafish reveals a deeply conserved role of two transcription factors, Twist1 and Tcf12, in regulating stem cell activity during growth of the skull.

In contrast to previous post-mortem or fixed tissue histochemical reports, live calcium and mitochondrial imaging data suggest that the enteric nervous system is not generally affected in Parkinson's disease patients.

Identifying FMRP-bound mRNAs in hippocampal CA1 pyramidal neurons reveals cell-type specific regulation of autism-candidate and circadian mRNAs and FMRP-mediated control of memory across the circadian cycle.

A nonspecific cation current mediated by TRPM4 channels is a major contributor to the increase in excitability induced by cholinergic modulation in hippocampal CA1 pyramidal neurons, which are thought to play an important role in episodic memory.