Whole mount view of a young mouse brain with all cortical layer 5 neurons expressing dystonia-related gene Klhl14, highlighted in green.

Exploring how oscillatory and non-oscillatory components of neural activity shape perception and enable multisensory integration and can lead to the McGurk illusion.

Neurons in the adult fruit fly brain have different biases in the splicing of a calcium channel that enables neurotransmission.

Michał Lange entered a neuroscience lab with a strong AI/Computer Science background. Quickly catching up on his biology knowledge, he was able to create a new tool useful to the field.

Mouse cerebellar section with a single layer of Purkinje cells extending their elaborate dendritic branches upwards into the dense molecular layer.

Andy Kim describes how his passion for studying cognition came about and encourages scientists to consider preregistering their studies as he details his own positive experiences with the process.

Excitatory axon terminals expressing vesicular glutamate transporters in the thalamus of a tree shrew.

Meet Dr. Polina Iamshchinina, currently a postdoctoral research associate at the Princeton Neuroscience Institute studying the brain mechanisms of working memory.

Real-time calcium dynamics of astrocytes and oxytocin neurons in the mouse paraventricular nucleus of the hypothalamus.

Unveiling distinct molecular signatures for synaptic plasticity defects observed in two different mouse models for intellectual developmental disability.