Research On Brain Injury
RESEARCH ON BRAIN INJURY
With a traumatic brain injury (TBI), the brain itself needs to be targeted. With neurofeedback, the brain is exercised. The specific areas of the brain affected by the TBI are targeted during neurofeedback therapy. Often in the case of TBI, a neurofeedback practitioner will utilize a qEEG brain map to determine which areas should be targeted.
A variety of symptoms can be improved through neurofeedback training, such as speech, movement, regulating moods, controlling behavior, and reducing headaches. Neurofeedback works because the brain regulates each of those issues.
For people recovering from TBI, neurofeedback training can be particularly helpful in improving speech. During neurofeedback training, the specific areas of the brain related to speech can be targeted. In this way, the areas associated with speech can be strengthened and improved. In fact, some neuropsychologists believe that neurofeedback is actually rehabilitating the damaged speech areas of the brain rather than just dealing with compensation.
CASE STUDIES ON BRAIN INJURY
Maria Pachalska1, Małgorzata Łukowicz, Juri D. Kropotov, Izabela Herman-Sucharska, Jan Talar
The Medical Science Monitor, 2011
This article examines the effectiveness of differentiated rehabilitation programs for a patient with frontal syndrome after severe TBI and long-term coma. We hypothesized that there would be a small response to relative beta training, and a good response to rTMS, applied to regulate the dynamics of brain function.
M. L-S, age 26, suffered from anosognosia, executive dysfunction, and behavioral changes, after a skiing accident and prolonged coma, rendering him unable to function independently in many situations of everyday life. Only slight progress was made after traditional rehabilitation. The patient took part in 20 sessions of relative beta training (program A) and later in 20 sessions of rTMS (program B); both programs were combined with behavioral training. We used standardized neuropsychological testing, as well as ERPs before the experiment, after the completion of program A, and again after the completion of program B. As hypothesized, patient M.L-S showed small improvements in executive dysfunction and behavioral disorders after the conclusion of program A, and major improvement after program B. Similarly, in physiological changes the patient showed small improvement after relative beta training and a significant improvement of the P300 NOGO component after the rTMS program.
The rTMS program produced larger physiological and behavioral changes than did relative beta training. A combination of different neurotherapeutical approaches (such as neurofeedback, rTMS, tDCS) can be suggested for similar severe cases of TBI. ERPs can be used to assess functional brain changes induced by neurotherapeutical programs.
The Elusive Nature of Mild Traumatic Brain Injury [pdf]
by Swatzyna RJ, PhD
Biofeedback Magazine, Volume 37, Issue 3, pp. 92–95
The author discloses a personal history of undiagnosed mild traumatic brain injury (MBTI) and identifies a typical course and progression of this condition. He advocates a careful inquiry for possible head injury whenever the clinical history shows an original period of normal functioning, a progression of disturbance over time, multiple diagnoses, and poor response to treatment with medication. He discusses the use of quantitative electroencephalography (QEEG) in assessing possible mild traumatic brain injury, describes typical features of quantitative electroencephalography in mild traumatic brain injury, and cautions about the frequency of false negatives. He provides two case histories showing the progression of disturbing cognitive, personality, and impulse control problems following early head injuries.