Until 2012, Christie’s research had been focused on how exercise benefits brain function. Research into the mysteries of concussion remains a priority for health professionals trying to better understand a complex condition, says University of Victoria brain researcher Brian Christie.īut educating families, schools and coaches on what’s already known is equally important to help protect children and youth in amateur sport from a concussion, a traumatic brain injury typically caused by a blow to the head or body. Public awareness is essential to protect young athletes from the dangers of concussion
If you’ve suffered repeated injuries in sports or elsewhere and think you might need the benefits of concussion and traumatic brain injury treatment, make an appointment at our office at (949) 652-7301.Christie, with two volunteers using the NeuroTracker software.
Neurotracker concussions plus#
On the plus side, brain stimulation, neurofeedback, and cognitive rehab have been proven to be very helpful in speeding up recovery and preventing further injuries. There is no specific medication for concussions or TBI, which means they require alternative methods for stimulating and restoring functions. The strategies and tools used have all been specifically tested and undergone aggressive research to concussion and traumatic brain injury treatment, with significantly better results than ‘wait and see’ approach. Our office takes on an a far more active approach to treatment of brain injuries including but not limited to MRI-navigated brain stimulation (TMS), 24-channel neurofeedback, and 3D Object tracking (Neurotracker). However, some people will require some form of concussion and traumatic brain injury treatment. The good news is that a vast majority of concussions are resolved without any permanent injury. Parkinson’s, ALS (Lou-Gehrig’s), and similar neurological diseases have been linked to repeated concussions. If an individual experiences repeated or back-to-back concussions in short time periods, permanent injury can result this, in turn, could lead to severe neurological damage and symptoms. The frontal, temporal, and occipital regions of the brain are the most affected by the damage, leading to poor concentration, memory loss, headaches, dizziness, visual disturbances, difficulty with smell and taste, and poor mood. If the head sustains a strong blunt force, it can lead to acceleration-deceleration (that is, “to and fro”) movements within the skull, which can often lead to shear injury and mechanical tearing of neuronal tracts (for example, “long” tracts). Both organs are, in fact, attached to the hard and bony skull through ligaments referred to as dura, dentate ligaments, and arachnoid villi.
In a matter of speaking, the brain and part of the spinal cord tend to be “floating” inside the skull. But what is traumatic brain injury (TBI), and how do these techniques work?Ĭoncussions and traumatic brain injuries are a leading cause of cognitive dysfunction affecting all ages including young people who receive head and spinal cord injuries in full-contact sports. But what concussion and traumatic brain injury treatments are available, and what do they involve beyond medication? In recent years, brain stimulation, neurofeedback, and other treatments using highly sophisticated electronic equipment have been shown to aid patients in recovery.
Some neurological conditions are caused by repeated injuries to the brain and spinal cord.