Neurological research
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Neurological research · Dec 2014
Module modified acute physiology and chronic health evaluation II: predicting the mortality of neuro-critical disease.
This study aimed to conduct and assess a module modified acute physiology and chronic health evaluation (MM-APACHE) II model, based on disease categories modified-acute physiology and chronic health evaluation (DCM-APACHE) II model, in predicting mortality more accurately in neuro-intensive care units (N-ICUs). ⋯ The APACHE II severity of disease classification system cannot provide accurate prognosis for all kinds of the diseases. A MM-APACHE II model can accurately predict hospital mortality for cerebral infarction, intracranial hemorrhage, and neurologic infection patients in N-ICU.
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Neurological research · Dec 2014
Morphological parameters related to ruptured aneurysm in the patient with multiple cerebral aneurysms (clinical investigation).
We evaluated the rupture risk of multiple cerebral aneurysms in aspects of various morphological parameters, and determined which parameter can be a reliable predictor as one aneurysm ruptured, and the others did not. ⋯ Several morphological parameters were investigated to predict a rupture in multiple cerebral aneurysms using 3D angiogram. The aspect ratio, size ratio type I, daughter sac, and parent-daughter angle were revealed as competent parameters.
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To study blast-induced traumatic brain injury (bTBI) characteristics in confined space. ⋯ Blast-induced traumatic brain injury can be induced by a complex blast wave with a pressure and duration of 45/71 kPa and 2.7/2.367 milliseconds. Its severity is related to the features and waveforms of the blast.
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Neurological research · Oct 2014
Straight from the horse's mouth: neurological injury in equestrian sports.
Equestrian sports can result in a variety of injuries to the nervous system due to many factors. We describe our series of 80 patients with injuries sustained during participation in equestrian sports. ⋯ Equestrian sports convey special risks for its participants. With proper protection and precautions, a decrease in the incidence of central nervous system injuries may be achieved. Neurosurgeons can play key roles in advocating for neurologic safety in equestrian sports.
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Neurological research · Oct 2014
Comparative StudyEffectiveness of a new gelatin sealant system for dural closure.
Watertight dural closure is imperative after neurosurgical procedures because inadequately treated leakage of cerebrospinal fluid (CSF) can have serious consequences. In this study, the authors test the use of a new gelatin glue as a dural sealant in in vitro and in vivo canine models of transdural CSF leakage. ⋯ The new gelatin glue provides an effective watertight closure when used as an adjunct to sutured dural repair.