Sentence examples for nerve cells express from inspiring English sources

Most of these substances are produced by both neurons and glia, but only PNN-bearing nerve cells express cartilage LP1 and HASs [19].

One of the most promising experimental models for PD is a transgenic fly, Drosophila melanogaster, whose nerve cells express wild-type or mutant human α-synuclein, leading to the formation of filamentous inclusions that resemble Lewy bodies (Feany & Bender, 2000).

Additionally, distinct subpopulations of nerve cells express PpiMHCIIb2 in at least two regions of the body: a nerve plexus in the symmetry plane of the tentacle root, and several territories in the epithelial floor of the apical organ, exactly matching the previously-reported distribution of anti-vasopressin immunoreactive neuro-sensory cells (see Figure 6D-F in [ 40]).

But in rodents in which the researchers had genetically inactivated nerve cells expressing a receptor called transient receptor potential vanilloid 1 (TRPV1), egg white proteins failed to make the airways constrict, even when the immune system ramped up.

Such studies demonstrate that even at isolated nerve endings, cells express large numbers of proteins, making identification of all of the proteins in a sample problematic.

In peripheral nerves Schwann cells express high levels of TLRs, with TLR3 and -4 being the most prominent, whereas in sensory and motor neurons the levels are minimal [10].

These so-called olfactory nerve Schwann cells expressed GFAP leading to the suggestion that they also resembled astrocytes (Barber and Lindsay, 1982), a finding which was confirmed by others in vitro (Denis-Donini and Stenoz, 1988) and in vivo (Doucette, 1984).

Schwannomas originate from nerve cells that express glucose transporter type 3 [7], and FDG uptake is considered to be increased for this reason.

This study on the relationship between internodal length and conduction velocity in myelinated peripheral nerves exploited a mouse whose Schwann cells express a mutant periaxin protein that does not cause severe demyelination yet still retains the retarded elongation phenotype of the periaxin-null mouse [ 9, 18].

Furthermore, hEPI-NCSC-derived Schwann cells express neurotrophins and other factors essential for nerve regeneration.

hEPI-NCSC-derived Schwann cells express markers of myelinating Schwann cells that are conducive to nerve repair.