RADIOLOGICAL CHANGES IN HEAD AND SPINE AFTER FALL FROM A HEIGHT:
Amr Mohamed Tawfik Khattab;
Abstract
Advances in anatomical imaging have greatly improved the capacity to
detect pathological processes in head and spine following trauma. Fall from
height is the second most common cause of traumatic head and spinal
injuries. Radiology is essential for the accurate understanding,
documentation and depiction of different injuries that occur in different
type of head and spinal injuries after fall from height. CT scanning is
clearly the procedure of choice in the evaluation of the head-injured
patients and probably has significantly improved outcome after head
injury.CT is superior than MR in detection of fractures of spines. MR is the
imaging modality of choice in assessing soft tissue injuries, spinal cord
injuries and inter-vertebral discs and ligaments.
detect pathological processes in head and spine following trauma. Fall from
height is the second most common cause of traumatic head and spinal
injuries. Radiology is essential for the accurate understanding,
documentation and depiction of different injuries that occur in different
type of head and spinal injuries after fall from height. CT scanning is
clearly the procedure of choice in the evaluation of the head-injured
patients and probably has significantly improved outcome after head
injury.CT is superior than MR in detection of fractures of spines. MR is the
imaging modality of choice in assessing soft tissue injuries, spinal cord
injuries and inter-vertebral discs and ligaments.
Other data
| Title | RADIOLOGICAL CHANGES IN HEAD AND SPINE AFTER FALL FROM A HEIGHT: | Other Titles | التغيرات ا شعاعيه في الرأس و العمود الفقري بعد السقوط من علو | Authors | Amr Mohamed Tawfik Khattab | Issue Date | 2011 |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| عمرو محمد توفيق.pdf | 557.35 kB | Adobe PDF | View/Open |
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