Significados de synaptic strength en inglés

Our data provide evidence for a homeostatic control of excitatory synaptic strength.

Similar enhancement of synaptic strength was observed in those sharing a common input.

Hebbian and homeostatic forms of plasticity operate on different timescales to regulate synaptic strength.

Localized translation in neurites helps regulate synaptic strength and development.

Compared to rescue with wild-type CaMKII, the CaM-binding-impaired mutants even had reduced synaptic strength.

Neuroplasticity has classically been understood to arise through changes in synaptic strength or synaptic connectivity.

Results indicate a reversible down-regulation of hypothalamic glutamatergic synaptic strength in response to short-term high-fat feeding.

In this study, CaMKII-induced enhancement of synaptic strength in rat hippocampal neurons required both autonomous activity and further stimulation.

Furthermore, we observed significant divergence between cell type-specific anatomical connectivity and measures of excitatory synaptic strength, particularly for low-threshold-spiking interneurons.

We then outline the signaling cascades resulting in the synthesis of new plasticity-related proteins, which ultimately enable sustained changes in synaptic strength.

Homeostatic plasticity is characterized by compensatory changes in synaptic strength and intrinsic membrane properties in response to chronic changes in neuronal activity.

In addition, it provides a link between action selection and behavioral reinforcement, via modulating synaptic strength at inputs onto dMSNs and iMSNs.

Analysis of desynchronized quantal events established that the number of GABAergic synapses onto abDGCs increased with maturation, whereas individual synaptic strength was constant.

This review focuses on the emerging role of postsynaptic neurotransmitter receptor trafficking as an essential mechanism underlying the dynamic regulation of synaptic strength.

The synaptic stability of SHANK3 is highly regulated by zinc, driving the formation of postsynaptic protein complexes and increases in excitatory synaptic strength.

In addition, through the constant exchange of scaffolding elements and receptors in and out of synapses, gephyrin dynamically regulates synaptic strength and plasticity.