Deep layers of artificial neural networks can be edited to generate surprising and abstract images. Read More
The inferior temporal cortex is capable of performing tasks, such as distinguishing between real and nonsense words and picking out specific letters from words. Read More
The act of remapping an area can be mathematically modeled as probabilistic reasoning in rodents. Read More
Mapping the thalamic reticular nucleus, researchers have identified two distinct subnetworks of neurons with different functions. Findings offer insight into more specific targets for therapeutics to alleviate some sensory, sleep, and attention symptoms associated with ASD and other disorders characterized by sensory hypersensitivity. Read More
Researchers used magnetic nanodiscs that can be activated by external magnetic fields to mechanically stimulate cells. The new method may be a useful tool for researching neural responses. Read More
Vocal recordings of asymptomatic coronavirus patients reveal potential indicators of COVID-19 infection. Preliminary results hint at a biomarker in the vocal system coordination that can indicate the presence of COVID-19. Read More
A new study sheds light on why we get tricked by a classic optical illusion. Researchers found brightness estimations occur before visual information reaches the visual cortex, probably originating in the retina. Read More
A new mouse study reveals a drug compound is effective at treating and potentially reversing symptoms of Fragile x syndrome. Read More
Restoring HDAC1 could have potential benefits for those suffering from Alzheimer's disease and people with age-related cognitive decline. Read More
Mounting evidence suggests coronavirus affects the brain, in addition to the lungs. Researchers are examining the threat COVID-19 posses to long term brain health. They speculate maternal inflammation could lead to an increased risk of autism-like behaviors and neurodevelopment deficits in children born to mothers diagnosed with coronavirus. Other studies are exploring how the virus may spread in the nervous system via synaptic transmission. Read More
Researchers have identified specific cell types that appear to be the main targets of SARS-CoV-2, the virus that causes COVID-19. Using existing data on the RNA found in different types of cells, researchers were able to identify cells that expressed ACE2 and TMPRSS2, two proteins that assist coronavirus to enter human cells. Cells in the lungs, nasal passage and intestines appear to be the main targets for SARS-CoV-2. Read More
A new machine learning model uses data from the COVID-19 pandemic in conjunction with a neural network and can determine the efficacy of social distancing measures and better predict viral spread. With current quarantine measures in place, the AI model predicts a plateau in coronavirus infections between April 15-20. Read More
