Researchers have uncovered a mechanism in the BNST that senses the negative effects of alcohol and modulates the urge to drink. The study reports that when this mechanism doesn't function correctly, we lose the ability to recognize that we have had enough to drink.
New research uncovers the role estrogen plays in memory formation.
Findings could open new avenues for designing drugs to treat ataxia, researchers report.
A new study reveals the underlying molecular process by which opiate addiction develops in the brain.
CBD blocks the ability of THC to overstimulate the ERK pathway in the hippocampus, preventing negative side effects associated with cannabis use.
Researchers report certain genes and pathways that regulate slicing factors play a critical role in the aging process. Disrupting these genetic processes, researchers say, could reverse signs of aging in human cells.
The direct phosphorylation of KCNQ2 by ERK occurs through the activation of the dopamine signaling pathway in the nucleus accumbens of mice.
U-M scientists stop abnormal brain cell growth in mice with neurofibromatosis using experimental tumor drug, make new discoveries in neural stem cells.
A new study describes the genomic landscape of schwannoma brain cancers.
A new study reports on the importance of REM sleep for the developing brain and questions the increasing use of REM disrupting medications in children.
Blood gene expression analysis uncovered a critical gene network that is disrupted in Autism. The disrupted gene network is related to fetal brain development and is also dysregulated in ASD cellular models. The findings provide further evidence that genetic factors influencing brain development during pregnancy are a primary cause of autism spectrum disorder.
Researchers report neurons record their activity in gene expression, and the activity record can be reconstructed by analyzing gene expression patterns.