As was most natural such a wonderful case of cerebral injury attracted much notice.

Early death was related to cerebral injury except for five rats which developed peritoneal bleeding.

Loss of blood-brain barrier (BBB) function may contribute to post-ischemic cerebral injury by yet unknown mechanisms.

We aimed to evaluate potential underlying cerebral injury by comparing neurometabolite levels between perinatally HIV-infected children and healthy controls.

This may imply an equal vulnerability to the cerebral injury associated with hemodynamic instability in the early postoperative period.

Background: Hematopoietic growth factors have been suggested to induce neuroprotective and regenerative effects in various animal models of cerebral injury.

Recent findings: Although anesthetics have been shown to reduce ischemic cerebral injury, the durability of this neuroprotection has been questioned.

These early cerebrovascular changes may be the cause of greater cerebral injury and poor outcomes of stroke in these animals.

Background: Right cerebral language dominance resulting from early cerebral injury is associated with relatively preserved language function with decreased visuospatial ability.

Prevention of preterm birth and early intervention given signs of imminent intrauterine infection can reduce the incidence of perinatal cerebral injury.

The incidence of congenital heart anomalies and cerebral injury was 4% and 5%, respectively.

Perinatal hypoxic-ischemic cerebral injury is a major determinant of neurologic morbidity and mortality in the neonatal period and later in childhood.

Elevated PENK-A concentrations are associated with ischemic stroke, severity of cerebral injury, and may have prognostic value for fatal and nonfatal events.

Conclusion: The above findings suggested that ketamine and midazolam combination might provide neuroprotection during surgical procedures that pose risk for ischemic cerebral injury.

Conclusions: Our results suggest that circulating PMP level is associated with cerebral injury of AIS, which offers a novel evaluation parameter for AIS patients.

The study was aimed to determine whether systemic inflammation following ischemia-reperfusion (IR) of an organ remotely located from the brain results in cerebral injury.