Like our social media feeds, our brains are constantly uploading rich, visual stimuli. But instead of seeing the latest image in real time, we actually see earlier versions because our brain's refresh time is about 15 seconds, ...
Jan 13, 2022
0
99
A team of researchers at the Korea Advanced Institute of Science and Technology, has found a microcircuit in the mouse anterior cingulate cortex (ACC) that appears to play a role in transforming visual input into goal-oriented ...
The visual cortex makes up one of the largest regions of the brain, which is a testament to how much information we receive from our eyes. The primary visual cortex, or V1, is the first stage of processing visual input in ...
Sep 16, 2021
0
71
When we step on the car brake upon seeing a red traffic light ahead, a sequence of events unfolds in the brain at lightning speed.
Jan 29, 2021
1
51
Immune cells play an unexpected role in fine-tuning the brain's neural circuits, according to research published in September, 2020 in Neuron. The immune cells that reside there, known as microglia, not only protect the brain ...
Sep 14, 2020
0
138
More than 20 years ago, neuroscientist Nancy Kanwisher and others discovered that a small section of the brain located near the base of the skull responds much more strongly to faces than to other objects we see. This area, ...
Aug 26, 2020
0
396
Neurons are complex, highly connected cells engaged with multiple networks throughout the brain, and they exhibit a wide range of activity. As such, individual neurons can perform many functions. Neurons are generally classified ...
Sep 5, 2019
0
34
A Dartmouth-led research team has identified a non-verbal, neural marker of autism. This marker shows that individuals with autism are slower to dampen neural activity in response to visual signals in the brain. This first-of-its ...
Aug 15, 2019
0
272
Researchers at the University of Queensland have discovered that the thickness of the brain's outer layer influences how individual neurons process information.
Nov 21, 2018
0
339
In a study published in Cell, Georg Keller and his group shed light on neural circuits in the cortex that underlie the integration of movement and visual feedback. They identified a mechanism in the visual cortex responsible ...
Jun 22, 2017
0
14
