New study on balancing synaptic strength in Nature Communications
This multidisciplinary work led by Marieke Meijer (Amsterdam UMC - FGA) describes how tomosyns limit synaptic strength at rest to equalize synaptic transmission during activity.
This multidisciplinary work led by Marieke Meijer (Amsterdam UMC - FGA) describes how tomosyns limit synaptic strength at rest to equalize synaptic transmission during activity.
A collaboration between CNCR-FGA and University of Heidelberg shows that protein instability is the generalizable, primary cause. A new prediction tool outperforms all existing predictors. The paper is out now in Biological Psychiatry.
Neurotransmitter release is less synchronized in SYT1-associated disorder, according to a new study from the Cornelisse lab.
The CNCR focuses on the mechanistic understanding of gene function in the context of cognitive function.
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