Sentence examples for majority of neural from inspiring English sources

Currently, the majority of neural stimulation studies are limited to acute animal experiments due to lack of suitable implantable microstimulation devices.

These six bipartite names and six tripartite names serve to identify the vast majority of neural arch fossae, but fossae associated with the parapophysis require further explication (Fig. 4).

To investigate the role of enz compared to a known gene, we generated a line of fish doubly heterozygous for enzb431 and trpm7b508, a gene previously shown to be required for development of the majority of neural crest-derived melanophores [67] [69].

The nomenclature outlined above covers the vast majority of neural arch fossa present in sauropods and other saurischians, but there are two special cases that warrant additional discussion: division of the spinodiapophyseal fossa by the epipophyseal-prezygapophyseal lamina and fossae within divided laminae.

For the majority of neural rosettes, we also verified their GFP signals.

For majority of neural rosettes, we also verified their GFP signals.

This pattern is somewhat inconsistent with the early neural expression we observed in the majority of neural-restricted enhancer trap lines (Additional file 4).

The interface is electrically safe and compatible with the majority of existing neural probes, which may support previously inaccessible experimental and clinical research.

Failure of the onset of primary neurulation generates the most severe NTD, craniorachischisis, in which the majority of the neural tube remains open, from midbrain to low spine.

At this stage, a majority of the neural progenitors progress through the cell cycle rapidly to expand the progenitor pool, while some start to differentiate into intermediate neural progenitors or neurons.

The far majority of these neural interactions and synaptic connections take place between neurons on the microscopic scale, with axonal projections linking neurons by means of intracortical and short-range white matter axonal projections (Schuz and Braitenberg 2002; Markov et al. 2011).