Sentence examples for development of abnormality from inspiring English sources

In contrast, NO breathing markedly attenuated the development of abnormality in water diffusion in the brain and improved neurological outcomes and survival rate.

It is suggested that the shape of the vertebral end plates may play a role in the development of abnormalities in the intervertebral disc.

Advancements in minimally invasive image-guided techniques have underpinned the development of abnormalities of the aorta formerly treated with open vessel surgery that are now being treated with transfemoral endovascular aneurysm repair (EVAR) applying stent grafts [1].

The metabolic consequences of iron overload are exemplified by the development of abnormalities of glucose tolerance in primary or secondary hemochromatosis.

Excessive pronation contributes to the development of abnormalities of the first metatarsophalangeal joint, due to increased weight transmission medially across the foot [ 4].

Early-life exposure is thought to be crucial for the development of abnormalities in male reproductive health (Skakkebaek et al. 2001).

Anti-Th/To-positive patients demonstrate earlier development of abnormalities on nail-fold capillary microscopy (NCM) than ACA-positive patients [ 32].

Because thyroid hormone has been found to protect against the development of abnormalities in the experimental setting (Fort et al. 2001), chemically induced alterations of thyroid function could potentially increase the malformation rate.

The extensive mechanisms in which it is involved create many possible ways for the development of abnormalities caused by haploinsufficiency - lack, excess or incorrect structure of the TBX1 gene.

In rodent models, these alterations have been associated with neural patterning defects and the development of abnormalities in structures of the head and face (i.e., craniofacial dysmorphogenesis), reminiscent of those observed in clinical studies of FASD (Parnell et al. 2009; Rifas et al. 1997).

This abnormal expression is caused by various mechanisms that can act independently or in combination, such as localization of miRNAs at cancer-associated genomic regions (CAGR) [15], epigenetic regulation of miRNA expression [16], or development of abnormalities in miRNA-processing genes and proteins, including mutations in Dicer, TRBP, and Exportin 5 [17].