Sentence examples for morphometric analyses revealed from inspiring English sources

Our morphometric analyses revealed that species in the gossypii group diverged more morphologically from species assigned to the craccivora + spiraecola + fabae groups [2], [4], [5].

Morphometric analyses revealed a significant long-term reduction in GABAergic neuronal density in both male and female Gad67-GFP mice at P45.

However, morphometric analyses revealed hypomyelination in 19-month-old Gdap1−/− mice compared with controls (Fig. 2D and Supplementary Fig. 2A) with no detectable axonal loss (Fig. 2E).

Morphometric analyses revealed that the Lhx8 flx / flx Zp3Cre conditional knockout ovaries did not significantly differ from Lhx8 flx / flx (control) mice at PD0 and PD7 (Fig.  6a f).

Our morphometric analyses revealed that the three Lifou taxa exhibit significant, striking differences in body size: Z. minutus has an average body mass of 9 g (7 11 g, 95% confidence interval), the silvereye 14 g (13 16 g), and Z. inornatus 22 g (19 25 g) (supplementary table S9, Supplementary Material online).

Furthermore, morphometric analyses revealed that mitochondria display structural abnormalities, as illustrated by the accumulation of mitochondrial DNA and proteins in the cytoplasm and vacuoles; this accelerates mitochondrial degradation and thereby leads to a significant decrease in mitochondrial numbers in AD [ 22].

Our new molecular phylogeny of Polypteridae, in conjunction with ancestral state reconstruction and geometric morphometric analyses reveals that many of the patterns of morphological evolution seen in polypterids are shared with other actinopterygian, and indeed, osteichthyan lineages.

Histological and morphometric analyses reveal pathological changes in the diaphragmatic neuromuscular junctions and muscle fibers of DMSXL mice and a significant decrease in the number of unmyelinated phrenic afferents.

A partial impairment in neurite outgrowth was also observed for hippocampal neurons from pallid mice (shown to express reduced steady-state levels of the dysbindin protein), and validated by morphometric analyses that revealed reductions in not only length but also neurite number per cell (Ghiani et al., 2010).

Regardless of the subtle morphometric findings, our DTI analyses revealed significantly elevated anisotropy and reduced diffusivity in the striatum, GP, EP, SN, thalamus, subthalamic region, and hippocampus of HD rats.

Analyses revealed plastic morphometric characters at branch level, and predetermined morphometric traits at colony level (only single trait exhibited plasticity under extreme manipulation state).