Sentence examples for morphometric differences in from inspiring English sources

$$\end{document} In schizophrenia, for example, decades of studies have reported morphometric differences in patients versus controls, for a range of different structures.

The findings suggest that the morphometric differences in fetoplacental vascularity are likely to be due to the effects of asthma and use of inhaled GCs rather than the effects of maternal or fetal hypoxic stress.

Midsagittal magnetic resonance images of the brain of 25 infants (16 preterm vs 9 term) and those of 100 children of age between 2 and 11 (50 cerebral palsy patients vs 50 healthy peers) were analyzed in order to reveal morphometric differences in the corpus callosum between those groups.

In fact, Cataldo et al. [ 9] have shown that there are morphometric differences in the endolysosomal compartments of neurons in the central nervous system of normal and Alzheimer's disease afflicted human subjects.

Over the course of 15 months, however, both cortical and subcortical effects emerged: the group receiving musical training showed morphometric differences in several areas, including increased volume in the right precentral gyrus, right Heschl's gyrus, and a mid region of the corpus callosum, consistent with previous reports of structural differences in musicians and non-musicians.

Based on the morphometric measurements, differences in morphometric locomotor predictor indices were computed.

However, discriminant function analysis shows significant morphometric differences between populations in the three forests.

Analysis of covariance, correcting for morphometric differences, showed no significant differences in structural biomechanical properties when bone length and cortical thickness were included as covariates.

In the present study, 70% of plants had significant morphometric differences between populations, while in fruits, 50% showed significant differences.

Grasty et al. (2005) evaluated the effect of prenatal PFOS exposure on maturation of the terminal airway epithelium in rats based on histological and morphometric examination, and reported that there were significant histologic and morphometric differences between control and PFOS-treated lungs in newborns, suggesting that PFOS may inhibit or delay perinatal lung development.

Exencephaly also occured in some of the Tfap2a mutants and we observed additional morphometric differences that indicate an influence of neural tube closure defects on facial shape.