Sentence examples for nerve physiology from inspiring English sources

This observation constituted the foundation of modern nerve physiology and neurology, and his culture technique was to have vital biological applications, such as its use in cancer research and the development of polio vaccines.

Patients received basic information on vagus nerve physiology and vagal neurostimulation and watched a video demonstrating how nVNS is believed to work.

Deciphering the details of the glycan structures and carbohydrate-binding molecules that underlie these mechanisms improves our knowledge of nerve physiology and defines novel specific approaches for neurological treatments.

Our increasing knowledge about nerve physiology and regeneration far outweighs our surgical abilities to reconstruct damaged nerves and successfully regenerate motor and sensory function.

With in-depth studies of nerve physiology, molecular biology, and pharmacogenomics, the epilepsy drug resistance mechanism can be fully revealed, enabling the development of novel epilepsy medications.

Patients on trandolapril showed a small but significant improvement in several measures of peroneal and sural nerve physiology after 12 months of treatment compared with placebo.

The more severe cognitive deficits of SynII−/− mice also correlate with more intense impairments in the hippocampal short-term-plasticity than SynI−/− KO mice [24] and are in line with the idea that SynII plays a more structural role than SynI in nerve terminal physiology [15].

Although the guinea pig vagus nerve pharmacology and physiology is very similar to human vagus nerve, these results should always be considered and interpreted with caveats [ 16].

In this paper, the authors set out to further characterise SOD1 G93Adl mice, and to determine the effects of disease on nerve and muscle physiology.

Here we have carried out a comprehensive analysis of phenotype, including nerve and muscle physiology and histology, to add to our knowledge of this 'deleted' strain and give baseline data for future studies.

Among his scientific books are Reflex Activity of the Spinal Cord (1932), The Physiology of Nerve Cells (1957), The Inhibitory Pathways of the Central Nervous System (1969), and The Understanding of the Brain (1973).