How virtual reality is changing brain-training technology -
Integrating virtual reality into brain-training therapies can make the experience more enjoyable and engaging for users. A recent review published in the journal Applied Psychophysiology and ...
Can Neurofeedback Effectively Treat ADHD? -
Neurofeedback training is an alternative therapy that uses real-time EEG data to help patients train their brains to improve focus, impulse control, and executive function. Since the 1970s, patients ...
Testing a brain training device for better focus sleep and relaxation -
A detailed review of a neurofeedback headband exploring how brain training technology works and the creator’s experience using it for focus relaxation sleep and mental performance. #Neurofeedback #Men ...
Roadmap for functional neurological disorders: Shared circuitry and future directions -
Functional Neurological Disorders, or FND, have become accepted in the vernacular of medicine. Although in the past, they were considered less valid than other conditions, now they are present among the differential diagnoses of most illnesses in neurology and psychiatry. Diagnostic approaches have markedly changed as phenotypic profiles become more consistent. Treatment strategies include phar...
Antiseizure medication use during hospitalization and at discharge in critically Ill children undergoing continuous EEG monitoring -
CONCLUSION: ASM use in critically ill children was common and associated with clinical and electrographic seizures/SE but frequently extended beyond documented seizures. Levetiracetam predominated as the first-administered ASM, and many treated patients received multiple ASMs. ASM prescribing at discharge remained common and was associated with seizures and structural etiology. These findings d...
Brain signal irregularity may provide clues to understanding epileptic process -
Researchers propose a new method to differentiate signals from the epileptic focus from those recorded in other parts of the brain without the presence of an epileptic seizure. This technique may help detect epilepsy-induced features from these signals much quicker than conventional analysis techniques.
Breakthrough tech enables seizure localization in minutes -
New research introduces a novel network analysis technology that uses minimally invasive resting state electrophysiological recordings to localize seizure onset brain regions and predict seizure outcomes in just 10 minutes.
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