Sentence examples for disruption of brain from inspiring English sources

Each of these disorders carries liability for disruption of brain structure integrity.

Like ECT, such surgery probably causes disruption of brain function, but how, exactly, this trauma causes a change for the better is not clear.

Human immunodeficiency virus (HIV) infection and alcoholism each carries liability for disruption of brain structure and function integrity.

Depending on the stage of the disease and the degree of disruption of brain systems important for self-awareness, patients have widely varied insight into their predicament and appreciation of the impact of their neurological disease on their work.

One of the earliest and most frequently employed experimental research methods used to investigate brain-behavior relations involves ablation (removing) or lesion (destruction or functional disruption) of brain structures or areas and determining the effects on behavior.

Support vector regression enabled quantitative estimation of birth gestational age in single subjects using only term equivalent resting state-functional MRI data, indicating that the present approach is sensitive to the degree of disruption of brain development associated with preterm birth (using gestational age as a surrogate for the extent of disruption).

In acute WE, pathologic findings comprise intra- and extracellular edema with swelling of astrocytes and oligodendrocytes and increased microglial cells, variable degrees of necrosis, demyelination, vascular proliferation, petechial hemorrhage, and disruption of brain-blood barrier [ 41– 41].

Low-frequency "off-line" repetitive transcranial magnetic stimulation (rTMS) over the course of several minutes has attained considerable attention as a research tool in cognitive neuroscience due to its ability to induce functional disruptions of brain areas.

The pathways for these are suspected to be disruptions of brain and endocrine organ hormones as well as their transport proteins [ 13, 20].

As such, studies based on FC are highly valuable for addressing disruptions of brain functioning in neurological disorders such as epilepsy, a major neurological disorder characterized by chronic unprovoked seizures.

These other animal models of high Glu concentrations in the extracellular space are characterized by disruption of normal brain development, lethal spontaneous seizures, neuronal death in many regions of the brain, and dramatically shortened lifespan [ 15- 18].