Neurofeedback
Neurofeedback is a kind of biofeedback, which teaches self-control of brain functions to patients by measuring brain waves and providing a feedback signal. It employs technology that collects quantitative electroencephalography (qEEG) data and compares it with a brainwave activity database. This scientific method helps analyze various emotional disorders in children and provides personalized brain training using 3D imaging technology. Neurofeedback is recognized by various authoritative organization and has been proven effective in clinical settings, assisting our medical team in conducting detailed assessments, diagnoses, and treatments.
Conditions Primarily addressed
♦Attention Deficit Hyperactivity Disorder (ADHD)
♦Schizophrenia
♦Memory Disorder
♦Obsessive-Compulsive Disorder (OCD)
♦Insomnia
♦Dyslexia
♦Tinnitus
♦Autism
♦Depression
♦Anxiety
Treatment
In addition to traditional cognitive-behavioral therapy (CBT) and medications, Neurofeedback has gained international recognition from various professional fields and literature over the past decade. In 2012, the American Academy of Pediatrics recognised Neurofeedback as Level 1 – Best Support for ADHD and it has been fully endorsed and recommended by the International Society for Neurofeedback and Research (ISNR).
Application
During the neurofeedback process, personalized training parameters are established using qEEG. The Neurofeedback system then modifies the identified brainwave activities through interactive computer games and visual tasks , aiming to alleviate symptoms effectively. When the brain’s operating mode and brainwaves align with the normal database levels, the computer screen rewards the patient with sound and bright visual, This feedback encourages the brain to gradually learn the correct operating mode, promoting natural neural reflexes.
Milestones in Neurofeedback and Clinical Application
Brainwave Analysis
1.By collecting brainwaves and analyzing different regions, and comparing them to a normal database reference, we can determine which part of the brain is overactive, underactive, unsynchronized with other regions, or has excessive or insufficient communication.
2.Identifying the root cause: As shown in the chart, the red section (A001) represents the symptoms described by the patient. By collecting brainwaves and comparing them to the database, we can analyze the root causes (green section) (A002). This helps our medical team provide more effective diagnoses and targeted treatments. In the case shown, the report indicates that the primary cause of various symptoms is likely ADHD, which in turn leads to other issues such as anxiety and lack of focus.
Different forms of brainwave output can narrow down the main causes of problems. Simple brainwave output is categorized into three types: Delta Rate (1-3Hz), Theta (4-7Hz), and Alpha (8-12Hz). The Neurofeedback headset collects brainwave outputs from different regions in the brain, and the abnormal states of these three types of brainwaves are directly related to the patient’s brain development and emotional problems.
Evidence-Based Practice
Highly Reliable Instrumentation and Technology: Equipped with highly reliable instruments.
Extensive International Literature: We have reviewed extensive international literature on neurofeedback technology and summarized that effective ADHD treatment must adhere to the following application protocols: Standard Protocols for ADHD
● 1.TBR (Theta/Beta Ratio): 4-7 Hz / 12-21 Hz
● 2.SMR (Sensori-Motor Strip)
● 3.SCP (Slow Cortical Potential)
✔︎ Our center carefully selects BrainMaster Technologies products, which have been in clinical use for over 26 years. Made in the USA, these products are FDA 510K certified for clinical quantitative EEG (qEEG) and biomedical devices, offering world-class technical support and completely meets the above three protocols.
✔︎ Equipped with 19 contact points (19-channel sensors), this is the highest available standard and most internationally recognized specification in current clinical medicine.
✔︎ Non-Invasive Treatment
ADHD (Attention Deficit Hyperactivity Disorder)
Many ADHD patients’ brains produce a large amount of low-frequency delta or theta brainwaves, while lacking high-frequency beta brainwaves. Over 20 to 40 training sessions, neurofeedback can reverse this ratio. The ultimate goal is to re-activate the brain to function normally thereby alleviating ADHD symptoms.
ASD (Autism Spectrum Disorder)
Neurofeedback targeting the mirror neuron system has been found to alleviate symptoms in children with ASD. Although it is expected that ASD treatment will be long-term, research shows improvements in social, emotional and behavioural functioning after a training period of 10-18 weeks
