ABOUT DYSLEXIA
Dyslexia is a specific learning difference that affects a person's ability to read, write, and spell. It is a lifelong condition, though its severity varies. Dyslexia is often connected to difficulties with phonological processing, meaning individuals with dyslexia have trouble linking letters to their corresponding sounds.
Symptoms of Dyslexia in Adults and Children
In children, dyslexia may manifest as:
Difficulty recognising letters or associating them with sounds
Trouble reading aloud or hesitating while reading
Problems with spelling, often inconsistent or unusual errors
Difficulty learning new words or following along in written text
Challenges understanding and following instructions in school
In adults, the signs might include:
Difficulty reading efficiently or completing tasks involving written language
Challenges with written communication at work, such as composing emails or reports
Inability to remember the correct spelling of common words
Difficulty in processing or following written instructions
Fatigue when reading or attempting tasks that require heavy cognitive effort
If you or your child are experiencing difficulties with dyslexia, contact Optiminds today to learn more about how QEEG brain mapping and neurofeedback can support your journey toward improved reading, learning, and academic success.
qeeg brain mapping for DYSLEXIA
QEEG provides a detailed map of the brain’s electrical activity, allowing practitioners to understand how different regions function in individuals with dyslexia. Dyslexia is often linked to difficulties in language processing, reading, attention, and working memory. QEEG helps identify specific areas of dysregulation that contribute to these challenges. Research has shown that individuals with dyslexia often display irregular brainwave patterns in areas responsible for:
Language processing: Abnormalities in the left hemisphere, particularly in regions related to phonological processing and word decoding, can lead to difficulties in reading fluency and comprehension.
Attention and focus: Dyslexic individuals may exhibit excessive slow-wave activity (theta or delta) in the frontal or parietal lobes, which can affect concentration and task persistence, making reading and writing more challenging.
Working memory: Irregularities in the brain’s communication between regions handling short-term memory and information retention may impair a person's ability to process and recall information efficiently.
HOW NEUROFEEDBACK CAN HELP DYSLEXIA symptoms
Neurofeedback helps train the brain to regulate its activity more effectively. For dyslexia, this can mean targeting areas involved in reading and language comprehension, as well as supporting overall cognitive performance.
Some key improvements neurofeedback can support include:
Better phonological awareness: Helping individuals distinguish between different sounds in language, making it easier to match sounds to letters.
Improved reading fluency: By promoting better brainwave patterns, neurofeedback can help the brain process information more fluidly, improving reading speed and comprehension.
Enhanced attention and focus: Dyslexia often comes with attention difficulties, and neurofeedback can help train the brain to stay focused on tasks for longer periods.
Increased working memory: Improved working memory helps individuals retain and use information more effectively, a critical component of reading comprehension and academic success.
A study in Learning and Individual Differences (2015) found that neurofeedback training significantly improved reading fluency and working memory in children with dyslexia . The researchers highlighted neurofeedback’s potential to positively impact the cognitive processes underlying dyslexia. Research from the International Journal of Psychophysiology demonstrated that neurofeedback improved attention and reading skills in children with learning disabilities, including dyslexia. The study showed changes in brainwave patterns correlated with better reading comprehension and language processing. A study published in Frontiers in Psychology found that neurofeedback can promote plasticity in brain networks associated with reading and attention, helping to improve the brain’s ability to process language. This research supports the role of neurofeedback in addressing dyslexia's core challenges.
WHAT DOES THE RESEARCH SAY?
WANT TO FIND OUT MORE?
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If you or your child is struggling with ADHD symptoms, QEEG brain mapping and neurofeedback at Optiminds, Manchester can provide a personalised, non-invasive, and medication-free option. Schedule a free telephone consultation today to learn more about how QEEG brain mapping and neurofeedback can help improve your symptoms of ADHD.
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Neurofeedback is a non-invasive, medication-free therapy that uses real-time monitoring of brain activity to train the brain to function more efficiently. During a neurofeedback session, sensors are placed on the scalp to measure brainwaves. Individuals engage in activities (like playing a game or watching a video) that give feedback based on their brain's activity. When the brain produces optimal brainwave patterns, the activity continues smoothly, rewarding the brain and promoting lasting changes in brain function.
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A QEEG is a brain mapping tool that measures electrical activity in different parts of the brain, identifying areas where brainwave patterns are dysregulated.
IMPORTANT TO NOTE
At Optiminds, we do not diagnose or treat any medical or psychological conditions. Our services, including neurofeedback, are designed to support individuals by addressing specific symptoms related to attention, focus, mood, stress, sleep, and overall cognitive function. While neurofeedback has been shown to benefit many individuals with various challenges, our work focuses on improving wellness and self-regulation rather than providing medical or psychological treatment.
We encourage all clients to consult with a licensed healthcare provider for any diagnosis or treatment of medical or psychological conditions. Neurofeedback is intended to complement—not replace—any existing care plans or therapies under the guidance of your healthcare team.
