Articles: brain-injuries.
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Surgical therapy for intracranial extracerebral haemorrhages is one of the oldest surgical techniques. The low mortality and morbidity in recent years have come about through of the emergency service, modern neurosurgical techniques, widespread use of the CT scanner, and adequate intensive care. The treatment target in the case of head injuries is to provide the optimal milieu for recovery from the primary injury and to prevent secondary damage to the brain. ⋯ Twist drill evacuation of the fluid (= chronic haematoma) in local anaesthesia is now accepted as the treatment of choice. An extradural haematoma is a potentially lethal lesion with a mortality rate of 5%. Emergency surgical intervention is appropriate before neurological signs appear.
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Transcranial Doppler sonography (TCD) is a simple, noninvasive bedside procedure that can be repeated any time for the measurement of cerebral blood flow velocity in the great basal cerebral arteries. It is practicable in most severely head-injured patients in critical care. Flow patterns and pulsatility index (PI) resulting from maximal systolic and diastolic flow velocities and representing cerebrovascular resistance give quite an accurate impression of potential intracranial hypertension and the dependent cerebral perfusion pressure (CPP). ⋯ Under continuous TCD monitoring of the middle cerebral artery, increases in maximal flow velocity (from 4% up to 102%, on average 27%) and mean flow velocity (from 18% up to 153%, on averaged 73%) were always observed after osmotherapy. In addition, a variable increase in negative frequencies was noted, probably due to increased turbulences. After barbiturate administration (thiopentone bolus of 0.3 g) a flow reduction was always seen [from -2% up to -25% (on average -13%) for maximal flow velocity and from -9% up to -30% (on average -19%) for mean flow velocity].(ABSTRACT TRUNCATED AT 250 WORDS)
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Minerva anestesiologica · Nov 1993
Review[Continuous monitoring of brain electrical activity as a guide to treatment of acute brain lesion].
Cortical activity of the brain can be monitored continuously by simple, cheap and non-invasive methods. Nevertheless routine monitoring in Neuro ICUs seldom includes traditional or processed EEG. Our clinical experience with the Cerebral Function Monitor (CFM) indicates that a reliable guide to treatment of acute cerebral lesion can be obtained in different clinical situations and steps of management.
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Review
[Management of the patient with craniocerebral injuries at the accident site and clinic admission].
Between January 1991 and December 1992, there were 686 rescue operations involving patients with craniocerebral trauma in the catchment area of Ulm. There were 376 patients who had to be graded as seriously injured according to the NACA classification. In 178 cases there was a severe craniocerebral trauma, and 131 of these patients were admitted to the traumatology department of the University of Ulm. ⋯ Diagnostic procedures and immediate treatment must initially be directed at securing vital functions. Treatment of life-threatening haemorrhage has priority over neurosurgical diagnosis and therapy. The urgent indications for neurosurgical intervention are: space-occupying intracranial bleeding, open craniocerebral traumas, and space-occupying depressed fractures.
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The mortality rate after traumatic brain injury in children ranges between 2.5% and 21%. Standardized diagnostic procedures and therapeutic strategies for the management of traumatic brain damage are presented in this article. Children with traumatic cerebral lesions have a better clinical outcome than head-injured adults. Optimized medical management and intensive rehabilitation may help to reduce the frequency of mental retardation and physical disability following such injuries in children.