A new study reveals execution of action is a combination of random and predictable components that are processed in different brain regions.
Researchers have identified the variables that lead the brain to apply specific defensive strategies while under the threat of danger, and implicate a specific pair of neurons in this process.
Study unravels the neural basis of freezing behaviors in fruit flies and provides a novel insight into how the brain perceives and responds to social cues.
Disrupted cannabinoid signaling impairs learning by altering behavioral states.
Study may provide key insights into the visual system and perception.
Researchers have developed a new method of measuring axons using MRI neuroimaging.
Researchers claim they have identified a causal link between running speed and enhanced learning in mice.
Long term stimulation of the serotonin system makes mice more active, a new study reports.
Study reveals a novel learning process orchestrated between the digestive system and brain that compels animals to seek out novel foods.
Artificial vision networks can learn to recognize complex images faster by using topological data analysis.
Combining PET neuroimaging with a specific intravenous radioactive compound allows researchers to distinguish Lewy Body Dementia from Parkinson's disease and Alzheimer's in brain scans.
Study reveals the function of specific immune cells, well documented as playing a significant role in gut health, is directly controlled by our circadian clock.
