Neurofeedback Research

Studies using alpha/theta neurofeedback protocols show reductions in anxiety symptoms and improved emotional regulation.

Neurofeedback targeting brain connectivity has demonstrated improved positive emotion and reduced negative emotional states.

Systematic review of 38 RCTs (2,400+ participants) shows mixed results, with small improvements in processing speed and attention in some standardized protocols.

Research indicates commonly used protocols (theta/beta, SMR) can support attention regulation and cognitive performance in some individuals.

Neurofeedback is considered a non-invasive brain training approach, though not consistently effective as a standalone treatment.

Neurofeedback studies show potential improvements in cognitive function, attention, and behavioral regulation in individuals with ASD.

Research suggests EEG-based training can target brainwave patterns associated with autism-related symptoms.

Brain training programs including neurofeedback have shown improvements in cognitive function, mood, and sleep in post-concussion patients.

Neurofeedback is being explored as a rehabilitation tool for post-concussion syndrome and memory issues.

Neurofeedback has been studied for PTSD with findings suggesting improvements in emotional regulation and symptom reduction.

It targets dysregulated brain activity linked to trauma-related stress responses.

Neurofeedback (especially SMR training) has shown benefits in improving sleep quality and insomnia symptoms.

Sleep regulation is closely linked to brainwave activity, making it a key target in neurofeedback protocols.