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Conclusion: Evidence for WM impairments following TBI is consistent with previous research.
2
Mounting evidence shows facial affect recognition to be particularly difficult after TBI.
3
Conclusions: More severe TBI was associated with a diminished risk of PTSD.
4
Subjects provided TBI history information at baseline and one annual follow-up visit.
5
A lot of people with TBI have trouble finding or remembering words.
1
Background: Propofol is commonly used to sedate patients after traumaticbraininjury.
2
Participants: 77 patients admitted for their first rehabilitation after traumaticbraininjury.
3
The critical care management of patients with traumaticbraininjury is complex.
4
Such variability is elevated in neurodegenerative diseases or following traumaticbraininjury.
5
Background: Optimal glycaemic targets for patients with severe traumaticbraininjury remain unclear.
1
Methods: A 29-year-old man presented with headinjury following road traffic accident.
2
Results: The medical records of 629 children with headinjury were examined.
3
You could have a closed- headinjury and we don't know the severity.
4
Kelly said St. Brown was being evaluated for a possible headinjury.
5
The patient suffered headinjury and extensive burns following a car accident.
Usage of intracranial injury in English
1
Conclusions: Our data are consistent with current biomechanical concepts of intracranialinjury.
2
There was no evidence of intracranialinjury in the 35H group.
3
Patients: Twelve children with intracranialinjury secondary to child abuse.
4
Scalp swelling, in particular, has been associated with intracranialinjury.
5
Children younger than 2 years appear to have a higher risk of intracranialinjury following minor head trauma.
6
These results suggest that COx may be an acceptable substitute for Mx monitoring in patients with acute intracranialinjury.
7
Twenty-three of these 180 patients underwent neuroimaging, and seven had an intracranialinjury (including one ischemic stroke).
8
Rarely, diabetes insipidus can manifest as a new entity months later in patients who have previously had an intracranialinjury or operation.
9
ICD-10-based ICISS had some disadvantages in predicting outcomes among patients with intracranialinjuries.
10
Initially missed intracranialinjuries were rare, and none needed neurosurgery or intensive care.
11
For patients with intracranialinjuries, the predictive power of ICD-10-based ICISS was relatively low because of differences in the classifying system between ICD-10 and ICD-9CM.