Sentence examples for proportion of neural from inspiring English sources

The proportion of neural cell lineages derived from expanded precursors was determined by phenotypic analysis with antibodies against β-tubIII and MAP2 (specific for early and late differentiation stage of neuronal cells, respectively), GFAP (astrocytes), GalC (oligodendrocyte precursors).

The average frequency changes during the startle events indicate that while a significant proportion of neural population (48%) does not respond to any startle stimuli, the remaining units changed their frequency after the occurrence of either all such types of events (9%), 3 types only (9%), 2 types only (15%) or only to a single type of event (20%) (Figure 1B).

Furthermore, a proportion of neural tube defect-derived cell lines exhibit apparent abnormalities of FOCM, indicated by diminished thymidylate biosynthesis (Dunlevy et al., 2007).

BACKGROUND: It is widely accepted that periconceptional supplementation with folic acid can prevent a significant proportion of neural tube defects (NTDs).

For example, Tg mice overexpressing β-catenin exhibit brain overgrowth with a greater proportion of neural precursors re-entering the cell cycle (Chenn and Walsh, 2002, 2003).

Nevertheless, data from clinical trials, epidemiological studies and reported occurrences of sequential affected pregnancies in some individuals despite use of folic acid all show that a proportion of neural tube defects are unresponsive to folic acid (Wald et al.,1991; Blom et al., 2006; Mosley et al., 2009).

However, the exact proportions of neural and glial TCSCs cells within the population of CXCR4+Lin CD45- cells remain to be determined.

In fact, chemically induced changes in the proportions of neural cells, positioning or connectivity may be sufficient to cause DNT (Kadereit et al. 2012; Kuegler et al. 2010).

Transfection of the Fezf2 construct alone induced a significant proportion of the neural stem cells to differentiate into neurons, as assessed by evaluating the formation of neuronal β-tubulin+ axons (Fig. 2Ia,c,J).

Exerting control to improve response precision might itself come at a cost a cost to attenuate a proportion of intrinsic neural noise.

These findings may provide an impetus for future investigations of supplemental nucleotides as a means to prevent a greater proportion of human neural tube defects than can be achieved by folic acid alone.