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Full-Text Articles in Neuroscience and Neurobiology
Cakß/Pyk2 Kinase Is A Signaling Link For Induction Of Long-Term Potentiation In Ca1 Hippocampus, Yueqiao Huang, Wei-Yang Lu, Declan W. Ali, Kenneth A. Pelkey, Graham M. Pitcher, You Ming Lu, Hiroshi Aoto, John C. Roder, Terukatsu Sasaki, Michael W. Salter
Cakß/Pyk2 Kinase Is A Signaling Link For Induction Of Long-Term Potentiation In Ca1 Hippocampus, Yueqiao Huang, Wei-Yang Lu, Declan W. Ali, Kenneth A. Pelkey, Graham M. Pitcher, You Ming Lu, Hiroshi Aoto, John C. Roder, Terukatsu Sasaki, Michael W. Salter
PCOM Scholarly Papers
Long-term potentiation (LTP) is an activity-dependent enhancement of synaptic efficacy, considered a model of learning and memory. The biochemical cascade producing LTP requires activation of Src, which upregulates the function of NMDA receptors (NMDARs), but how Src becomes activated is unknown. Here, we show that the focal adhesion kinase CAKß/Pyk2 upregulated NMDAR function by activating Src in CA1 hippocampal neurons. Induction of LTP was prevented by blocking CAKß/Pyk2, and administering CAKß/Pyk2 intracellularly mimicked and occluded LTP. Tyrosine phosphorylation of CAKß/Pyk2 and its association with Src was increased by stimulation that produced LTP. Finally, CAKß/Pyk2-stimulated enhancement of synaptic AMPA responses was …