According to a new study, corticothalamic cells can either enhance or stifle sensory information.
A new study reports neurons in the eye alter on a molecular level when they are exposed to light for prolonged periods of time.
Researchers discover the basis for how animals balance risk taking and learning to get a more predictable environment.
New information about the structure of the TRPA1 protein could help provide new treatments for inflammation induced pain.
Researchers use data mining to create a new resource that indexes physiological information about neurons obtained from scientific literature.
A new study provides additional insight into how the brain stores and encodes new information.
Researchers discover a key receptor which is responsible for activating opposing forms of plasticity in the hippocampus.
Research demonstrates how the complex locomotion of Aplysia can be simplified and interpreted.
Researchers identify a set of genes which, in a zebrafish model, appear to be important for learning.
Researchers uncover mechanism which controls synaptic growth and causes them to overgrow.
Researchers develop a new method that utilizes lasers, which they hope will help decode complex neural circuits.
Researchers report astrocyte uncoupling could be a cause of temporal lobe epilepsy.