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Diffuse injury has more microscopic injury than macroscopic injury and is difficult to detect with CT and MRI, but its presence can be inferred when small bleeds are visible in the corpus callosum or the cerebral cortex. [34] MRI is more useful than CT for detecting characteristics of diffuse axonal injury in the subacute and chronic time ...
Vascular injury usually causes death shortly after an injury. [4] Although it is a diffuse type of brain injury itself, diffuse vascular injury is generally more likely to be caused by focal than diffuse injury. [4] Swelling, commonly seen after TBI, can lead to dangerous increases in intracranial pressure. [4] Though swelling itself is a ...
Diffuse axonal injury may be associated with coma when severe, and poor outcome. [10] Following the acute stage, prognosis is strongly influenced by the patient's involvement in activity that promote recovery, which for most patients requires access to a specialised, intensive rehabilitation service.
Prognosis, or the likely progress of a disorder, depends on the nature, location, and cause of the brain damage (see Traumatic brain injury, Focal and diffuse brain injury, Primary and secondary brain injury). In children with uncomplicated minor head injuries the risk of intracranial bleeding over the next year is rare at 2 cases per 1 million ...
Effects of SBS are thought to be diffuse axonal injury, oxygen deprivation and swelling of the brain, [54] which can raise pressure inside the skull and damage delicate brain tissue, although witnessed shaking events have not led to such injuries. Direct injuries include skull fractures, cortical contusions, diffuse axonal injuries, and ...
Closed head injury (coup contrecoup) can damage more than the impact sites on the brain, as axon bundles may be torn or twisted, blood vessels may rupture, and elevated intracranial pressure can distort the walls of the ventricles. [7] [10] [11] Diffuse axonal injury is a key pathology in concussive brain injury. [5] The visual system may be ...
Diffuse axonal injury is caused by shearing forces on the brain leading to lesions in the white matter tracts of the brain. [31] These shearing forces are seen in cases where the brain had a sharp rotational acceleration, and is caused by the difference in density between white matter and grey matter. [32]
1–24 hours – the injury is moderate in severity and full recovery is expected. The patient may experience some minor post-concussive symptoms (e.g. headaches, dizziness). 1–7 days – the injury is severe, and recovery may take weeks to months. The patient may be able to return to work, but may be less capable than before the injury.