Utilizing a classic neural network, researchers have created a new artificial intelligence model based on recent biological findings that shows improved memory performance.
By implanting electrodes and monitoring data, researchers have successfully captured the brain activity of freely moving octopuses. The recorded brain activity could solve numerous questions about octopus behaviors including movement, cognition, and learning abilities.
The TOB gene plays a significant role in reducing depression, anxiety, and fear in mouse models. The findings could have positive implications for developing new treatments for disorders associated with psychiatric stress.
A study of combo jellies reveals the type of messenger that likely functioned in the ancestral nervous system.
Astrocytes may play a significant role in information processing and memory, a new study reports.
Researchers identified 33 metabolic compounds in blood samples that differed between those with dementia and cognitively healthy older adults. 7 of the metabolites were elevated in dementia patients, while 26 were at lower levels compared to samples of those without dementia. Elevating levels of those metabolites could have a neuroprotective effect against dementia.
Combining machine learning with MRI brain scans helps researchers provide a more accurate map of the brain.
Study provides the most complete annotated resource of proteins present in synapses to date.
A new study reveals specific brain regions that individually promote patience through the action of serotonin.
Results from a new study implicate the ventromedial thalamus in cost-benefit decision making.
Researchers identify three populations of neurons in layer 6 of the cortex that contribute to alertness.
Rodent studies reveal how general anesthesia dampens high-frequency brain activity by weakening synapses.
