Significados de neuronal plasticity en inglés

Changes in cytosolic calcium are crucial for numerous processes including neuronal plasticity.

Membrane depolarization leads to changes in gene expression that modulate neuronal plasticity.

HDAC3 is an essential negative regulator of neuronal plasticity and memory formation.

Translational control at the synapse is thought to be a key determinant of neuronal plasticity.

Synapses are particularly prone to dynamic alterations and thus play a major role in neuronal plasticity.

Synapsins are a family of abundant neuron-specific phosphoproteins with crucial roles in synaptogenesis and neuronal plasticity.

In these patients PAP-therapy induces neuronal plasticity.

Some long pentraxins are expressed in the brain and some are involved in neuronal plasticity and degeneration.

Conclusions: Active EPOR stimulates neuronal plasticity independent of any hematopoietic effects and in addition to its neuroprotective actions.

Members of the Egr family of early genes are known to play a prominent role in neuronal plasticity.

We propose that DGKepsilon contributes to modulate neuronal signaling pathways linked to synaptic activity, neuronal plasticity, and epileptogenesis.

The possibility that neurotrophins are also involved in processes of neuronal plasticity has only recently begun to receive attention.

These results suggest that ADNF-9 and NAP might contribute to neuronal plasticity associated with development and repair after injury.

Microglia are dynamic cells that have roles in neuronal plasticity as well as in recovery responses following neuronal injury.

These distributions suggest that src+ may play roles in a number of neural processes, possibly including neuronal plasticity.

Kmt2a and Kmt2b control largely distinct genomic regions and different molecular pathways linked to neuronal plasticity.