Sentence examples for transmission contributes from inspiring English sources

In a variety of vertebrates and invertebrates, long-lasting enhancement of synaptic transmission contributes to the storage of memory lasting one or more days.

Their hybridization introduces trapped modes with near-unity transmission, contributes to a near-π transmission phase difference and promotes the split modes overlapping to form a broad bandwidth.

Paradoxically, the low malaria transmission contributes, and there is something about the parasite circulating here, maybe its genetics, that helps it mutate fast and ensures that the hardiest, most resistant survive.

Although multiple animal models have been used to understand how abnormal dopamine transmission contributes to the cognitive and motor abnormalities in PD, none of them have determined if sleep is impacted in these models.

Indeed, results from studies in narcoleptic canines indicate an imbalance in brainstem cholinergic and monoaminergic transmission contributes to the expression of cataplexy, as might be expected from this model (for review see [17]).

The upregulation of long-lasting synaptic transmission contributes to the enhanced ACC response to noxious visceral stimulation and pain responses.

But many medical factors, including age, donor disease and risk of infection transmission, contribute to a correct decision to discard a kidney.

This study underscored the potential effect of landscape connectivity on Ov transmission, contributing to the understanding of the spatial variation of Ov infection risk.

Following the model of Kapreli and Athanasopoulos [32], mechanoreceptor damage may lead to a disturbance of sensory transmission, contributing to alterations of afferent feedback and stabilizing reflexes that may implicate increased body sway [1, 8, 25, 59].

These correlations among multiple hosts suggest regular CDV spillover but might also suggest multi-host transmission contributing to CDV persistence in the larger region.

These results, combined with the results of the response widths, suggested that excitatory synaptic transmission contributed to the propagation of the high [Ca2+]i region (see Discussion).