Whiplash primarily affects the soft tissues of the neck, but it can also impact the brain, particularly the areas involved in processing sensory information and coordinating movement. Specifically, the brainstem and upper cervical spine regions may be affected, leading to symptoms such as headaches, dizziness, and cognitive difficulties. Additionally, some studies suggest that whiplash can lead to microstructural changes in the white matter of the brain, potentially affecting communication between different brain regions. However, more research is needed to fully understand the extent and mechanisms of these changes.
There is no specific region. If there is any kind of damage, it could be in different places for different people. Not everyone that has epilepsy has brain damage and equally, not everyone that has brain damage has epilepsy.
Whiplash is normally just a bruised muscle with no permanent injuries or damage. Depending on the severity of the bruise there is really no damage. If there is no real damage or injury there should be no real settlement.
Whiplash can impact the brainstem, specifically the area responsible for regulating autonomic functions like breathing and heart rate. This can lead to symptoms like breathlessness and compromised cardiac function. It is important to seek medical attention if experiencing these symptoms after a whiplash injury.
The damage involves compression injures in which pressure, twisting or stretching is applied to nervous tissues. In severe cases, compression injuries can affect the brain resulting in hematomas.
That's not known at present.
The difference is that one can have a brain injury and not have brain damage. Essentially, brain damage is caused by injury or trauma to the brain. However, not every injury to the brain will cause brain damage.
The difference is that one can have a brain injury and not have brain damage. Essentially, brain damage is caused by injury or trauma to the brain. However, not every injury to the brain will cause brain damage.
cerebellum by V. Allen :)
The dens of the axis may be driven into the medulla oblongata of the brain
As with any injury it depends on the extent of the damage. Your cerebrum is a part of your brain so the consequences could be severe.
It depends on which part. The cerebellum, at the base of the brain, is essential - damage that and your body won't be able to function at all. However, you can damage the cerebral cortex and just lose part of your memory or forget how to talk or not be able to move part of your body. It's a fascinating subject - you should google "brain injury" and read more about it!
A blocked artery deprives part of the brain of oxygen.