Sentence examples for regions could be explained from inspiring English sources

Several authors suggest that nociceptive and motor alterations of the cervical and craniofacial regions could be explained by an anatomical and physiological convergence phenomenon of trigeminal and cervical nociceptive afferents converging in the spinal trigeminal nucleus and the upper cervical segments [60,61], which has been called the trigeminocervical complex (TCC).

Although associations across large genomic regions could be explained by LD between SNPs, our results suggested the possibility of multiple T1D genes in this 12q13 region.

Mosaic organisation and gradient diversity of EXT regions could be explained by DSBR such as BIR.

Here we asked whether the activity in DMN core regions could be explained by emotional autobiographical recall of personally salient life events, using an explicit autobiographical recall task.

High LD in these regions could be explained by reduced diversity on certain linkage groups associated with the domestication genes fin and ppd on B1 [ 42] or heavily selected genes for seed color and seed size, p and Phs on B7; while the high average LD on B9 could be due to the effect of Fr, a fertility restorer gene on this linkage group.

Such genetic heterogeneity observed among A. marginale strains in endemic regions could be explained by cattle movement and maintenance of different genotypes by independent transmission events, due to infection exclusion of A. marginale in cattle and ticks which commonly results in the establishment of only one genotype per animal [ 16- 18].

The origin of the tensional cracks observed in the region could be explained by either normal faults or transtensional components, especially of left-lateral strike-slip faults.

The eruption process of the sigmoid structure in this quick decaying active region could be explained by using the 3D Tether-Cutting model.

For the studied specimens the large scatter of fatigue strength in the high-cycle region could be explained using this approach with high-resolution weld profile measurements combined with thorough finite-element analysis.

Downregulation of a genomic region could be explained by induction of changes in the chromatin structure through e.g. DNA methylation and/or histone modifications.

The high divergence obtained in the PRYSPRY v1 region could be explained by gene conversion with adjacent genes.