Sentence examples for be related to dysfunction from inspiring English sources

The observed association in several brain areas between disordered microstructure and the SF36 MCS could be due to a generalized effect of long-standing DM on the brain, which is also manifested as a reduction of general mental well-being and may not solely be related to dysfunction of the visceral sensory system.

The anxiolytic effect of the GABAA receptor antagonist on the ABP strain is surprising and may be related to dysfunction of the GABAA receptor.

Ectopic bone formation in AS may be related to dysfunction of these molecules at the cellular level.

Ongoing ectopic bone formation, one of the one of the hallmark features of AS, may be related to dysfunction of these molecules at the cellular level.

Similarly, an early manifestation with acute severe psychiatric signs and catatonia may be related to dysfunction of the NMDA-R circuitry, as the NMDA-R has been implicated in psychotic symptomatology [ 20, 21].

In our group of patients with the early stages of AD, the observed reduced amplitude of N95-wave confirms the dysfunction of ganglion cells, whereas reduced amplitude and implicit time increase in P50-wave may be related to dysfunction, not only of the ganglion cells, but also of the outer layers of the retina in relation to the ganglion cells.

Agiovlasitis et al. [8] suggested that the decreased HR caused by orthostatic stress in patients with Down syndrome without cardiac disease was related to dysfunction in autonomic cardiac regulation and the blunting of sympathetic activation.

The most common mechanism involved in CPC formation is related to dysfunction in the tumor suppressor p53, more frequently found in families with Li-Fraumeni syndrome (LFS).

There is evidence that agitation/aggression in AD is related to dysfunction of specific brain regions.

Impulsivity in BPD has been related to dysfunction in inhibitory systems mediated by fronto-striatal circuits [ 9- 12].

Increased PGE2 levels are related to dysfunction in insulin-regulated glycogen synthesis and gluconeogenesis in the liver [ 14, 15].