Sentence examples for dysfunction or disruption from inspiring English sources

Thus, their dysfunction or disruption likely relate to both oncogenesis and tumor progression.

However, I propose that dysfunction or disruption of nodes of Ranvier should also be a focus for understanding the pathophysiology of neurological diseases.

Likewise, because testicular cancer is of fetal origin but does not appear until after puberty, there is concern that endocrine dysfunction or disruption during fetal development can also lead to a delayed adverse effect [ 44].

Perinatal exposures to summer versus winter light conditions (i.e., with a light:dark ratio of 16:8 versus 8 16) can determine the susceptibility of a mouse's circadian rhythm to dysfunction or disruption throughout the animal's life (Ciarleglio et al. 2011).

Also, social strains such as negative life events, family conflict or dysfunction, disruption of routines, or neglect can also foster maladjustment [ 19, 20].

Markov modeling based on a prospective clinical trial showed minimally invasive SIJ fusion to be a highly cost-effective, and, in the long term, cost saving strategy for the treatment of SIJ dysfunction due to SIJ degeneration or disruption.

Although management of neovascular AMD (wet AMD) has dramatically progressed, there is still no effective treatment for nonneovascular AMD (dry AMD), which is characterized by retinal pigment epithelial (RPE) cell death (or dysfunction) and microenvironmental disruption in the retina.

Dilated cardiomyopathies have not been linked to MT dysfunction, but disruption of the costamere or intercalated disc has been associated with this disease (Perriard et al., 2003; Anastasi et al., 2009; Prins et al., 2009; Geisler et al., 2010).

Subacute thyroiditis is a self-limited inflammatory disorder of the thyroid characterized by neck pain or discomfort, a predictable course of thyroid dysfunction, and disruption of the thyroid follicular cell architecture.

However, pre-treatment with 1,25(OH)2D3 greatly ameliorated the ethanol-induced barrier dysfunction, TJ disruption, phosphorylation level of MLC, and generation of ROS compared with ethanol-exposed monolayers.

The decreased Na+-K+ ATPase activity (Fig. 6a) suggested that amorphous SiNPs could reduce the capacity of energy generation in human erythrocytes, followed by red cell membrane dysfunction and disruption.