Physicians in Oklahoma often aim to diagnose and treat traumatic brain injury victims in a way that minimizes the risk of secondary issues. However, it's not always easy to achieve this goal. This is why the National Science Foundation (NSF) is funding a four-year study that will involve the use of new machine learning techniques to produce models that may be able to more accurately categorize patients, predict short- and long-term outcomes for TBI victims and present patient-specific intervention recommendations.
The treatment for Oklahoma patients who have sustained a traumatic brain injury is typically based on established clinical practice guidelines. An update to guidelines for patients with moderate to severe traumatic brain injuries being implemented in Canada could provide guidance for health professionals in the United States. The update was based on input from the rehabilitation professionals directly involved with many of the main aspects of patient care, from the initial assessment through follow-up care. The goal is to better address the many needs of TBI survivors.
Oklahoma residents who may suffer from brain injuries might be interested in promising new research that could lead to new therapies. Neuron cells from the central nervous system, unlike most other cells, do not regenerate, making many brain injuries permanent. However, researchers may have discovered hope through experimentation.
Oklahoma residents who have suffered a traumatic brain injury are likely to experience changes in their myelin. According to initial research that has been conducted with mcDESPOT magnetic resonance imaging, alterations in the myelin content in the brain are noticeable when an injury first occurs and three months afterward.
People in Oklahoma who have a brain injury will likely have one of two types. An acquired brain injury is an injury that occurs during birth. Common causes of this type of brain injury include tumors, electric shock, lightning strikes, stroke and anoxic or hypoxic brain injuries. People can also sustain a traumatic brain injury, which is a change in brain function that is caused by an external force.
Oklahoma readers may have heard about a new FDA-approved blood test that can supposedly detect concussions. However, a concussion expert from the University at Buffalo says the test isn't that straightforward.
New technology may soon be helping medical providers in Oklahoma detect brain injuries. A recently developed system, known as RightEye EyeQ, tracks eye movements to detect symptoms of problems that range from autism to Parkinson's disease.
Many Oklahomans have incurred traumatic brain injuries. These injuries may be difficult to detect and may range in severity. Research shows that eye tracking movements may be used to identify TBIs, helping patients to receive the proper care and treatment.
A traumatic brain injury, or TBI, can significantly impact a person's quality of life. People in Oklahoma who sustain TBIs may be interested to know that the brain actually has a natural suspension system that helps to lower the effects of major impacts.
A child in Oklahoma or elsewhere who experiences a severe traumatic brain injury may be five times more likely to suffer from secondary ADHD. Children who experience a minor TBI are twice as likely to develop attention issues compared to a healthy individual. This is according to research conducted by individuals from Cincinnati Children's Hospital Medical Center (CCHMC). The research followed children for an average of seven years after they experienced a TBI.