Photosensitivity is one of the most common symptoms that people might develop following a traumatic brain injury. This complication has been noted with numerous types of neurological damage ranging from a concussion to a cerebral contusion and even a brain bleed.
Tremors are common and often overlooked complications of a traumatic brain injury. These tremors can have a severe impact on someone’s overall quality of life. When doctors and other health professionals are assessing someone’s quality of life, they look at that person’s ability to function physically, mentally, and emotionally. Some of the complications following a brain injury include numbness, weakness, paralysis, mental health disorders, and tremors.
Numerous complications can develop following a blow to the head. One of the most severe is a brain bleed. Some bleeds are massive and can be caught easily on a CT scan. On the other hand, there are also smaller, leaking blood vessels that might be overlooked on the first pass. Patients, doctors, and families need to understand the dangers that these leaking blood vessels can pose. Identifying these bleeds and treating them appropriately can make a tremendous difference in someone’s prognosis following a head injury.
An anoxic brain injury occurs when the cells of the brain are deprived of oxygen. The term comes from the name “anoxia,” which means “without oxygen.” All cells, including those in the brain, require oxygen to survive. Oxygen powers nearly all functions within the cells. Without this oxygen, the cells are not able to perform the tasks that are necessary to sustain life. Therefore, the cells of the brain will start to die.
During the past few decades, there has been a lot of research into the treatment of TBIs. Even though this research has yielded a lot of new information regarding the treatment of head injuries, countless people in this country still suffer neurological damage every year. Despite these new treatments, head injuries can still lead to lifelong complications.
Heterotopic ossification, or abnormal bone growth, is a severe complication that might develop following a traumatic brain injury. According to a recently published research, about 20 percent of patients who suffer an injury of their central nervous system will develop some degree of abnormal bone formation. This can lead to several clinical problems, which can include motor and sensory functions, and overall lower quality of life. Because of this, it is important for everyone to understand what heterotopic ossification is, the problems that accompany this disorder, and how it is treated.
Spasticity is one of the most common complications of a traumatic brain injury. For the muscles in the body to contract and relax, they must receive signals from various parts of the brain. When the brain is injured following a blow to the head, these signals can be disrupted. As a result of these crossed signals, spasticity can develop.
A new brain injury blood test was recently explored in the well-respected journal, The Lancet: Neurology. This blood test is essential because the current tools that are available to detect brain injuries are limited and imperfect. If someone presents to the doctor with symptoms consistent with a TBI, the diagnostic tools are often limited to questionnaires, physical exams, and computed tomography (CT) scans.
Traumatic brain injury treatment innovation has been a focus of the medical community over the past few decades. This has mostly been because of the complications that can stem from a severe TBI. When someone sustains a blow to the head, it might lead to the death of crucial neurons within the brain. This can lead to permanent complications that include deficits in the motor and sensory system. As a result, this can have severe impacts on not only the individual but also that person’s loved ones.
When someone has been diagnosed with a head or brain injury, one of the toughest questions that doctors need to answer is whether or not that person requires surgery. In some cases, surgery can be lifesaving; however, these operations can come with significant risks. The stakes are even higher when the injury involves the brain. Damage to cells in the brain, such as neurons, often end up being permanent. Because of this, doctors need to act both quickly and accurately.
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