Sentence examples for neuron plasticity from inspiring English sources

Neuron plasticity is a flexible property of a neuron and its network to change temporarily or permanently their biochemical, physiological, and morphological characteristics, in order to adapt to the environment.

Importantly, MEK-dependent activation of transcription was shown to be required for BDNF-induced striatal neurite outgrowth, providing evidence for its contribution to striatal neuron plasticity.

This study suggested an enteric neuron plasticity in given circumstance.

Previous studies have shown that Kv4.2 relatively locates in central nervous system and is important in regulating neuron plasticity and synaptic function 34, 35.

The regulated synthesis of specific proteins at the synapse is important for neuron plasticity, and several localized mRNAs are translated upon specific stimulus.

Furthermore, it is worth noting that the other key aspect of the action of CNF1 is on neuron plasticity and health [ 10].

Local protein synthesis has been demonstrated in the peripheral processes of sensory primary afferents and is thought to contribute to the maintenance of the neuron, to neuronal plasticity following injury and also to regeneration of the axon after damage to the nerve.

Lactate is an energy substrate for neurons [19] and has been identified as an important signaling molecule in neuro-immune, neuronal plasticity, neuron-glia interactions, as well as nociception [9, 20 22].

Specific phenotypic changes occur in almost all aging individuals: changes in body composition, imbalance between production and utilization of energy, loss of redundancy of the homeostatic network, and loss of neurons and neuronal plasticity.

Memristor acts as a modulating synapse interconnection between neurons; plasticity is accomplished through adjusting the memristance via current spikes based on the relative timings of pre-synaptic and postsynaptic neuron spikes.

It has been reported that mitochondrial respiration in the hypothalamus is dependent upon UCP-2 which is involved in POMC neurons plasticity and also in NPY/AgRP activation in the fasted state [29], [30].