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Posts Tagged ‘neurodegenerative proteins’
17.05.11
Traumatic Brain Injury and Neurodegenerative Proteins
Over 3 million Americans sustain some form of traumatic brain injuries each year. Many of these may be mild and therefore incorrectly diagnosed, but the long-term consequences can be severe. Injury can be caused by a direct blow to the skull, sudden jerking movement as in an accident, or several minor impacts as in sports. Different forms of sensory, motor, and neurocognitive symptoms can manifest as a result of traumatic brain injury, disrupting your life and that of your family. Finding an experienced personal injury lawyer in San Antonio can help ensure that you are able to afford the best care.
Losing consciousness for over 30 minutes dramatically increases the likelihood of Alzheimer’s later in life. Also, only 2 hours after severe traumatic brain injury, amyloid plaques may be visible in 30% of brain injury patients. This shows a correlation to plaques found in the brains of those with Alzheimer’s disease and Parkinsonism. Dementia pugilistica, common in boxers and football players, does not show this same morphology, but instead typically shows neurofibrillary tangles and tau proteins on brain scan and favors a more Parkinson-like syndrome. In the long run, this can be hard to differentiate from traditionally idiopathic Parkinson’s disease. Having an injury lawyer can help you ensure that you receive the compensation you deserve. The majority of football injuries are not properly documented because the focus of coaches and players has been to downplay injuries to stay on the game. This type of negligence can drastically affect one’s career.
To increase your chances of complete recovery, it is important to receive the appropriate tests and management of care. Traumatic brain injuries can cause the accumulation of many neurodegenerative proteins in the brain, the majority of which are not found until it is too late. Determining the type and severity of injury early on can decrease the chances of long-term sequelae.







