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Molecular Neuroscience

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Molecular Neuroscience

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Research Frontiers in Synaptic Plasticity and Long-term Potentiation Mechanisms

Investigation of molecular pathways underlying activity-dependent changes in synaptic strength and AMPA receptor trafficking during learning and memory consolidation.

Non-canonical NMDAR signaling in metaplasticity and memory reconsolidation

Liquid-liquid phase separation at the postsynaptic density

Astrocytic lactate metabolism in sustained synaptic potentiation

Nanodomain calcium dynamics in AMPAR trafficking

RNA-binding proteins as LTP memory encoders

Dendritic spine geometry and synaptic weight saturation

Mitochondrial ATP dynamics during high-frequency stimulation

Proteolytic cleavage cascades in activity-dependent synapse maturation

Heterogeneity of long-term potentiation across neuronal subtypes

Extracellular matrix remodeling in synaptic stabilization

All Molecular Neuroscience PhD categories