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  • 1Autism insights 2014:6

    Open Access: Full open access to this and thousands of other papers at http://www.la-press.com.

    Autism Insights

    Berard Auditory Integration Training: Behavior Changes Related to Sensory Modulation

    sally s. Brockett1, nancy K. Lawton-shirley2 and Judith giencke Kimball31IDEA Training Center (Innovative Developments for Educational Achievement, Inc.), North Haven, CT, USA. 2Points of Stillness, LLC, USA. 3Department of Occupational Therapy, University of New England, Portland, ME, USA.

    ABSTR ACTOBJECTIVE: The purpose of this study was to determine if behaviors specifically related to sensory modulation showed positive changes following 10days of Berard auditory integration training (AIT). METHOD: Cases of 54 children with disabilities (34 with autism), ages 310years, who received Berard AIT, were reviewed. Children received 30 min-utes of training twice a day, separated by a minimum of three hours, for 10 consecutivedays. Data were collected within one week before intervention and at one, three, and sixmonths post-intervention. RESULTS: Analysis of variance (ANOVA) indicated that Short Sensory Profile (SSP) total test scores and individual factor sections improved from pre-test to post-test (P0.01). Behavioral problems reduced on all five factors of the Aberrant Behavior Checklist (ABC) (P0.01). Most changes occurred within one month of intervention and maintained at three and sixmonths. Correlations among the ABC and SSP factors indicate that sensory modulation as measured by the SSP is a significant contributor to four of the behavioral factors measured by the ABC. CONCLUSIONS: Although causality cannot be determined using this study design, scores on the SSP and ABC improved in a group of children who received Berard AIT.

    KEY WORDS: autism, auditory processing, behavior, sensory integration, sensory modulation

    CITATION: Brockett et al. Berard Auditory integration training: Behavior Changes Related to sensory modulation. Autism Insights 2014:6 110 doi:10.4137/Aui.s13574.

    RECEIVED: november 5, 2013. RESUBMITTED: January 15, 2014. ACCEPTED FOR PUBLICATION: January 16, 2014.

    ACADEMIC EDITOR: Anthony J. Russo, Editor in Chief

    TYPE: Original Resesarch

    FUNDING: Authors disclose no funding sources.

    COMPETING INTERESTS: ssB has received personal fees from iDEA training Center for providing to children the standard protocol prescribed by Dr Berard, during the conduct of the study, and personal fees from iDEA training Center for providing training in Berard Ait to professionals, outside the submitted work. ssB co-authored with Dr Berard the book hearing Equals Behavior: updated and Expanded, published in 2011. nL-s received personal fees from parents for providing Ait for their children and personal fees from professionals for training in Berard AIT, both outside the submitted work. JGK reports no potential conflicts of interest.

    COPYRIGHT: the authors, publisher and licensee Libertas Academica Limited. this is an open-access article distributed under the terms of the Creative Commons CC-BY-nC 3.0 License.

    CORRESPONDENCE: sally@ideatrainingcenter.com

    IntroductionAuditory integration training (AIT), created by Berard,1 uses sound to enhance inner ear processes that stimulate auditory reorganization and increase efficiency of processing, which theoretically manifests in improved behaviors, and social, motor, and academic performance. Dr. Berard believes every-thing happens as if human behavior were largely conditioned by the manner in which one hears.1,p.4 AIT uses music elec-tronically modified by randomly alternating low and high sound frequencies to stimulate auditory system reorganiza-tion. Berards work was influenced by his colleague, Dr.Alfred Tomatis. Tomatis, a French physician who pioneered the

    understanding of the impact of modified auditory techniques on human functioning, also identified the ear as a powerful integrator that could facilitate brain organization at all levels within the nervous system.2

    The impact of audition and vestibular stimulation on brainstem function was a primary interest of Dr. Jean Ayres.3 Ayres identified the brains processing of sound as an essential form of sensory integration and proposed that vestibular auditory processing influences both survival and discriminative functions.3

    Berard AIT was introduced in the United States in the early 1990s as an intervention for auditory hypersensitivity and

    http://www.la-press.comhttp://www.la-press.comhttp://www.la-press.com/autism-insights-journal-j155http://dx.doi.org/10.4137/AUI.S13574http://creativecommons.org/licenses/by-nc/3.0/http://creativecommons.org/licenses/by-nc/3.0/mailto:sally@ideatrainingcenter.com

  • Brockett et al

    2 Autism insights 2014:6

    language development.4 Various theories emerged to explain how AIT produced observed changes. These theories were pub-lished in The Sound Connection, the quarterly newsletter pub-lished by The Society for Auditory Intervention Techniques.59 One theory directly associated changes occ urring from Berard AIT with the effect of intense auditory vibrational stimula-tion. This potentially could impact auditory and vestibularcerebellar connections, which could result in improvements in functions regulated by these structures.1,3,1012

    Anatomically, the inner ear receives information from sound vibrations, which has potential to impact vestibular and auditory perceptions and processes. The vestibulocochlear sys-tem is known to impact brainstem integration,13 which has been of primary interest in sensory integration theory and treatment.3 Specific facilitation of auditory/vestibular pro-cessing has been associated with changes in sensory process-ing and modulation, arousal, attention and focus, postural control, social emotional development, auditory filtering, and visual motor performance.3,14,15

    Numerous investigators have attempted to evaluate the benefits of AIT since its introduction in 1991 in the United States. Rimland and Edelson published a review in The Sound Connection16 of 28 completed efficacy studies on AIT, 11 pre-sented papers and 17 published research papers, and reported their strengths and limitations. These studies evaluated physi-ological, behavioral, and cognitive changes in subjects com-pleting AIT. Three studies stated that their data found no efficacy, and two reported contradictory results. However, 23of these studies concluded that the resulting data supported the efficacy of AIT. A total of 16 studies reported benefits in one or more of the following areas: sound sensitivity, hyperac-tivity, language development, behavior, and attention.

    Results from three related studies provide evidence that in children with autism, AIT is associated with improvements in sound sensitivity, hyperactivity, language development, and behavior.12,17,18 A placebo-controlled pilot study by Rimland and Edelson18 involving 19 children with autism, ages 421, found statistically significant improvements in sound sensitiv-ity, behaviors, and hyperactivity following AIT. An expanded study involving 445 children with autism corroborated the results of the pilot study.12 A third placebo-controlled study involving 19 children with autism investigated electro- physiological and audiometric effects of AIT. Behavioral changes were consistent with the previous two studies, and the auditory P300 event related potential (ERP) showed nor-malization of brain wave activity.17

    Brockett conducted a pilot study on the effect of Berard AIT on behaviors related to sensory modulation with 14 chil-dren, 313years, with varied diagnoses, which was published in The Sound Connection newsletter.19 Using a sensory check-list, parents identified the occurrence of behaviors commonly related to sensory modulation before and six months after AIT. The results indicated statistically significant decreases in challenging behaviors (low tolerance for movement activities

    and postural changes, craving movement, lack of or delayed response to touch, ability to maintain a level of alertness appropriate to the activity, and ability to play and interact appropriately with others) with reductions ranging from 42 to 100%. The median overall improvement was a 79% decrease in behaviors related to sensory modulation. Following this study, a standardized measure of sensory modulation was introduced for use with all clients at Brocketts clinic.

    Most research before the Brockett study19 involved the efficacy of Berard AIT in children diagnosed with autism or attention deficit disorder (ADD), targeting the behavioral outcomes of the technique, but not the sensory modula-tion outcomes. As sensory modulation issues have long been observed in individuals with autism, these are important out-comes to study.2023 To date, there is no peer-reviewed, pub-lished research studying the impact of Berard AIT on specific aspects of sensory modulation. This chart review study fills an important void in the literature because it evaluates changes in behaviors specifically related to sensory modulation fol-lowing the 10days of AIT. In addition, a correlational analy-sis between the Sensory Profile and the Aberrant Behavior Checklist (ABC) was included to identify if sensory modula-tion was a significant contributor to the behavioral factors.

    For the purposes of this study, sensory modulation is identified as a neurophysiological process reflected in the individuals ability to regulate and organize behavioral, motor, emotional, and anticipatory reactions to sensory inf-ormation and events. It reflects the individuals ability to process and adjust behavioral and emotional responses to the intensity, frequency, duration, complexity, and novelty of the sensory information or experience happening in the environment or daily tasks.24 Behavior