Conclusions: More severe TBI was associated with a diminished risk of PTSD.

Methods: A 22-year-old suffered severe TBI with occlusive left carotid dissection.

In patients with severe TBI a lower 30-day mortality was observed.

Findings implicate an electrophysiological marker of impaired reward context sensitivity following severe TBI.

Subjects: We examined eight adult patients who had severe TBI approximately five months before.

Methods: This was a prospective multicenter cohort study of moderate and severe TBI patients.

Research design: This descriptive phenomenological investigation explored themes of children's experiences following moderate-to- severe TBI.

ET-1 is increased in children with severe TBI and is associated with unfavorable outcomes.

MPs for severe TBI were associated with reductions in death and improved neurologic outcome.

This increase in ET-1 may mediate the hypoperfusion or cerebrovascular dysfunction accompanying severe TBI in children.

Sleep disturbances emerged as significant predictors of poorer functional outcomes in children with moderate or severe TBI.

Accordingly, CsA is being moved forward into late-stage clinical trials for the treatment of moderate and severe TBI.

The primary data source was a man's retrospective journal writings about his life after sustaining a severe TBI.

Recovery of math skills was observed in the severe TBI group but only for children from less stressed families.

Thus, we investigated markers of oxidative stress in the central nervous system after mild and severe TBI in rats.

Patients with severe TBI should be admitted to experienced centers with high patient volumes since this might improve hospital mortality rates.