Scientists at Yale and the University of Connecticut have taken a major step in understanding how animal brains make decisions, revealing a crucial role for electrical synapses in “filtering” sensory ...
Cancer often results from the dysregulation of normal cellular mechanisms, because tumour cells can co-opt such processes to increase their own survival, proliferation and invasiveness. A great deal ...
A researcher has developed a new model that provides a holistic view on how our brain manages to learn quickly and forms stable, long-lasting memories. Their study sheds light on the crucial role of ...
Co-written with Jai Liester. Silent synapses represent one of neuroscience's most fascinating discoveries—connections between neurons that lie dormant until activated by specific triggers. These ...
Co-written with Jai Liester. Silent synapses represent one of neuroscience's most fascinating discoveries—connections between neurons that lie dormant until activated by specific triggers. These ...
Specific brain cells known as layer 5 pyramidal neurons play a vital role in how our brains process information. Research by the team of Prof. Joris de Wit (VIB-KU Leuven) and colleagues highlights ...
When we learn a new motor skill-whether mastering a piano passage or refining balance while walking-the brain must reorganize the circuits that ...
Astrocytes use the MEGF10 receptor to prune synapses in the striatum, a process essential for dopamine-driven motor learning.
Scientists have taken a major step in understanding how animal brains make decisions, revealing a crucial role for electrical synapses in 'filtering' sensory information. The new research demonstrates ...
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