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The Effects of QEEG Guided Neurofeedback on Post-Concussion Syndrome

The Effects of QEEG Guided Neurofeedback on Post-Concussion Syndrome

This presentation describes the case of a 17 year old female athlete who suffered two consecutive concussions, producing post-concussion headache symptoms. The athlete was assessed following the initial concussion with quantitative EEG (QEEG) and an integrated visual and auditory continuous performance test (IVA). 22 sessions of QEEG-guided neurofeedback produced normalisation of the QEEG and IVA profiles, and a cessation of headaches. A second concussion then produced further abnormalities in the QEEG and the IVA. A final course of 40 sessions of neurofeedback was again successful in normalising both cortical activity on the QEEG and scores on the IVA.

Areas of Interest / Categories: ANSA 2015, Brain Injury, EEG, Neurofeedback

ANSA 2015

Leptin, obesity and cognition

Leptin is one of the key elements of communication between the brain and the body’s nutritional reserves. When there is excess calorie accumulation, in the form of increased fat, this adipokine principally sends the brain a signal to decrease food intake and increase energy expenditure. The metabolic and endocrine roles of leptin have been exhaustively studied; however, its effects on human cognition are less clear. Our group and others, in a body of research spanning two decades, have shown that both in rare patients with genetically-based leptin deficiency, as well as in the general population, leptin has multiple effects on the brain, impacting not only on mental functions related to food-processing, but also on overall cognition.

Treatment of ADHD & Autism/Asperger's using Neurotherapy

Neurofeedback Improves Visual-spatial Attention in Aspiring Elite Table Tennis Players

Previously Brown and Jamieson found that increased Mu rhythm (10-12Hz) localised at right BA6/BA13 differentiates elite from amateur table tennis players while viewing an elite opposing player. These cortical regions include nodes in both the dorsal attention network (identifying 'where' an object is in space relative to one’s body) and in the ventral attention network (identifying and selecting salient sensory information). These results suggest engagement of a timing mechanism by elite table tennis players regulating alpha oscillations relative to incoming stimuli, allowing for optimal efficiency in selecting salient information and, importantly, inhibiting irrelevant information.

Targeting the brain in chronic pain: the role of cortical body representation

Pain is frustratingly complex. Some people who have terrible injuries report very little pain while others develop terrible pain following a very minor event. This suggests that pain is not related only to the degree of physical injury and as such, other processes must contribute to the experience of pain. A growing body of evidence suggests that people in pain often have an altered perception of their body part. For example, it may feel too big or too small than its actual size. Further, people in pain have disruptions in the evaluation of incoming information from that painful body part and from the space surrounding it.

Heart rate variability (HRV) biofeedback increases vagal modulation at baseline and during orthostatic stress

HRV biofeedback produces an immediate increase in vagal modulation (cardiac risk marker) by guiding the user to adopt a slow rhythmic breathing pattern. A gap in the HRV biofeedback literature includes a lack of knowledge concerning the persistence of this increase in vagal modulation at baseline and under dynamic stress conditions. The current study aimed to assess the effect of 30 days of HRV biofeedback training on vagal modulation at baseline and during both orthostatic and mental stress.

Targeting the brain in chronic pain: the role of cortical body representation

Pain is frustratingly complex. Some people who have terrible injuries report very little pain while others develop terrible pain following a very minor event. This suggests that pain is not related only to the degree of physical injury and as such, other processes must contribute to the experience of pain. A growing body of evidence suggests that people in pain often have an altered perception of their body part. For example, it may feel too big or too small than its actual size. Further, people in pain have disruptions in the evaluation of incoming information from that painful body part and from the space surrounding it.

A systematic review of the contribution of EEG to the diagnosis of ADHD

Despite the prevalence and generally chronic course of Attention-Deficit/Hyperactivity Disorder (ADHD) throughout childhood, clinical diagnosis is dependent on traditional methods of behavioural observation with no routine biological testing to clarify the nature of the underlying neurological disorder or to inform relevant treatment. The current review briefly describes the unique neurological attributes of ADHD and the potential of neurophysiological data to inform diagnosis and assessment of ADHD and then presents a concerted effort to systematically identify all relevant primary research. After applying appropriate inclusion and exclusion criteria, 26 citations were considered eligible for this review.