Sentence examples for for neuronal functioning from inspiring English sources

Cholesterol is indispensable for neuronal functioning, synaptic plasticity and CNS myelination [31] [32].

Fatty acids are essential for neuronal functioning.

The expression of blt in the adult nervous system suggests that besides its developmental role blt might be important for neuronal functioning.

Also, neuron-specific splicing factors such as NOVA regulate transcript categories that are essential for neuronal functioning [ 67], and transcriptome profiling demonstrates altered brain AS events in various engineered mouse models of human degenerative diseases, PD among them [ 63, 68, 69].

This study establishes a firm basis for functional genomic research in this species, for comparative and environmental genomics, and for identification of novel proteins important for neuronal functions, thus directly supporting and advancing ongoing functional work in this and related model systems.

Further work driving expression of CLN3 in neurons should reveal whether these interactions are important for neuronal function.

As the interaction between neurons and their associated glial cells is important for neuronal function and survival, coculture systems such as this are often favoured over isolated neuronal cultures.

In this work, we identified in silico and experimentally validated a novel group of β-catenin-LEF1/TCF targets in thalamic neurons, consisting of genes that encode proteins that are important for neuronal function, including voltage- and ligand-gated ion channels and the Ca2+-binding protein calretinin.

With the progress in our understanding of neuronal systems and the development of new and more quantitative experiments it is becoming possible to ask not only whether variability in electrophysiological properties of neurons exists, but also how large it is and what it means for neuronal function.

The pathway enrichment analysis (KOBAS 2.0; Xie et al., 2011) revealed potential target genes involved in multiple pathways important for neuronal function, such as axon guidance, synaptic vesicle formation and axonal transport.

We propose that studying microRNAs and their mRNA targets in the context of neurodegeneration will significantly contribute to the identification of proteins important for neuronal function and might reveal underlying molecular networks that drive these diseases.