Autistic Spectrum Disorders

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Children and adolescents have experienced successful treatment of Autistic Spectrum Disorders (ASD) with LENS Neurofeedback. This  advanced alternative treatment supports development of  brain cells and healthy neural pathways for mental and physical functions.

“Neurofeedback participants showed significant improvements in sociability, communication, overall health, and sensory awareness compared with controls.” says David Dubin, MD. (see story below).

  • LENS Neurofeedback treatments are medication free and takes only a few minutes to complete a session.
  • Shown effective to build healthy neurological brain networks.
  • Noninvasive and passive treatments are ideal for children, teens or adults with autism.

Learn more: call and speak to an experienced clinician at our Mill Valley, CA location.

Treatment for Children, Adolescents, and Teens

The treatment of childhood mental and behavioral problems including Autism and asbergers disorders have been profoundly improved by recent scientific developments in neurofeedback. Effective treatments are now available. Instead of teaching parents coping strategies and behavioral containment techniques, therapists can now address dysfunctions by direct treatments to the brain. LENS neurofeedback combined with EchoNeuro treatment protocols engage the brain for optimal functioning without medications.

Neurofeedback Helps
Those with Autism

A study by David Dubin, MD

Research on autistic spectrum disorder (ASD) shows that neurofeedback (EEG biofeedback) can remediate anomalies in brain activation, leading to symptom reduction and functional improvement.

This evidence raises the hopes for a behavioral, psychophysiological intervention moderating the severity of ASD. Autism is a neurodevelopmental disorder characterized by a lack of appropriate eye contact, facial expression, social interaction, communication, and restricted repetitive behavior.

ASD represents a group of disorders, including Autism, PDD-nos, Rett’s Disorder, Child Disintegrative Disorder, and Asperger’s Disorder. The Centers for Disease Control and Prevention (2006) reported the prevalence of ASD as 2 to 6 per 1,000. Research has shown that related symptoms of ASD are the result of brain dysfunction in multiple brain regions. Functional neuroimaging and electroencephalography research have shown this to be related to abnormal neural connectivity problems. The brains of individuals with ASD show areas of both excessively high connectivity and deficient connectivity. In other words, some areas of the brain are chatting excessively with themselves, while failing to communicate normally with other relevant regions.

In one 2006 study using connectivity-guided neurofeedback, pre-post analyses showed a 40 percent reduction in autistic symptoms, enhancement of function between the brain and behavior, and reduction of hyperconnectivity. Neurofeedback is capable of significantly remedying these anomalies and reducing autistic symptoms.

David Dubin, MD is an expert on Autism and Neurofeedback *published with permission by the author

Emerging Brain-based
Interventions for Children
and Adolescents

Overview and Clinical Perspective by David Dubin, MD

Based largely on word of mouth communication among parents of children with autistic spectrum disorder, there is rapidly growing clinical experience with EBF. In one published controlled group study of EBF for autism [33], 24 autistic participants were randomly assigned either to the EBF treatment or to a waitlist control group.

Twenty or more sessions (average, 36) of EBF using a standard protocol were given. EBF participants showed significant improvements on measures of sociability, communication, health, and sensory awareness compared with controls.

There is a strong consensus among EBF clinicians who work with ASD that EBF offers substantial benefit to a significant portion of this population. It seems to be helpful to more severe autistic individuals and those with high functioning autism and Asperger’s disorder. Approximately 70% to 80% of patients with ASD benefit from the treatment. The degree of benefit ranges from mild to profound.

For example, one 4-year-old boy recently was diagnosed with pervasive developmental disorder-not otherwise specified (NOS). He had severe behavioral and emotional self-regulation problems, with episodes of extreme aggression toward his brother and parents and self-injurious behavior, such as biting and head banging many times daily. He spoke in two- to three-word phrases, primarily echolalic, engaged in considerable repetitive behavior, and showed little social engagement, even with his mother.

After 3 months of twice weekly EBF sessions, aggressive behavior and tantrums had largely subsided, language had improved markedly, he began to engage in parallel and some joint pretend play with peers, and relating with his parents and brother had improved markedly.

Generally, improvements are seen in attention and other aspects of executive function, in anxiety and emotional self-regulation, and in the degree to which a child is tuned in to or engaged with the world around him rather than being ‘‘in his own world.’’ It seems to be the case that EBF treatment in ASD requires many more sessions than for other disorders; therefore, home training under the supervision of the clinician is sometimes used.

The rationale for use of neurofeedback for ASD is similar to that for psychopharmacology. Virtually all children with ASD have significant attention deficits and impulsivity. Virtually all children with ASD also suffer from anxiety, obsessive-compulsive symptoms, and mood disturbances. EBF, like medications for ASD, is targeted at these areas of dysfunction.

David Dubin, MD is an expert on Autism and Neurofeedback Publishedwith permission by the author.

“Covert” Neurofeedback
Tunes-up the Social
Brain in ASD

Real-time fMRI-based neurofeedback is a relatively young field with a potential to impact the currently available treatments of various disorders.

Various types of neurofeedback continue to influence congnitive functioning with increased communications between two key networks of the social brain in ASD