A new study reports sensory stimulation during the first two weeks of life is critical for establishing brain networks that help map sensation.
A new study reports that both in solution and on supported membrane bilayers, multivalent interaction networks formed by major excitatory postsynaptic density scaffold proteins led to formation of PSD-like assemblies via phase separation.
Researchers have identified some of the key neurobiological mechanisms that help keep aggression under control. The findings could help develop targeted treatments to help those with aggressive problems associated with psychological disorders.
Researchers report memantine, an FDA approved drug, may not only alleviate symptoms of mild Alzheimer's disease, but could also prevent progression of the disease if used before symptoms appear.
Researchers report animals with previous conditioned experiences form memories using different plasticity mechanisms to naive subjects, even if they are about to learn the same thing.
Researchers have identified a new molecular mechanism that may play a role in the development of autism.
Researchers explore the mechanisms behind ketamine's effectiveness at treating depression. The study reports the long lasting effects of ketamine may be due to G proteins timing in moving back to lipid rafts.
A new study reveals a possible mechanism for the relationship between seizures early in life and later diagnosis of ASD.
Researchers have identified a new mechanism controlling the migration of neurons during brain development.
A new study reveals both genetics and environment play a role in shaping brain connectivity.
A new Zebra fish study reveals a lack of sensory stimulation following birth can impact neurogenesis and brain development.
Researchers have developed a new imaging agent, which uses PET scans to target receptors neurons implicated in memory and learning.
