Sponsored by the HealthcareTrainingInstitute.org providing Quality Education since 1979
Add to Shopping Cart

Asperger - Practical Interventions for Build Basic Social Skills
Asperger: Practical Interventions to Build Basic Social Skills - 6 CEUs

Section 9
Asperger Syndrome & Sensory Processing

CEU Question 9 | CEU Answer Booklet | Table of Contents | Asperger
Social Worker CEUs, Psychologist CEs, Counselor CEUs, MFT CEUs 

The purpose of this article is to discuss sensory processing concepts and their application to the needs of children who have Asperger syndrome (AS). First we will outline the basic characteristics of the sensory systems, then discuss a model for sensory processing, and, finally, present a summary of the data supporting the application of this model in work with children who have AS. A framework is outlined for incorporating sensory processing concepts into practice and research programs that address the needs of children with AS. Finally, we will present case studies demonstrating the application of sensory processing principles.

The Diagnostic and Statistical Manual of Mental Disorders--Fourth Edition--Text Revision (DSM-IV-TR; American Psychiatric Association [APA], 2000) contains the most widely used diagnostic criteria for identifying Asperger syndrome (AS) as a category of Pervasive Developmental Disorders (PDD). This document contains three behavioral criteria--qualitative social impairment, repetitive and restrictive stereotyped patterns of behavior, and significantly decreased social function--and three exclusion criteria--language delays, cognitive delays, or other significant diagnoses, including schizophrenia or autism (APA, 2000).

It is interesting to note that these criteria do not contain any explicit reference to differences in sensory processing, even though the original work on this disorder by Hans Asperger (1944) contained descriptions about distinct sensory processing behaviors (Dunn, Myles, & Orr, 2002). Asperger studied four children and recorded the unique characteristics they exhibited (Frith, 1991; Wing, 1991), including a range of hypo-and hypersensitivities to taste, tactile, and auditory stimuli. For example, male children discussed in his case studies preferred very sour or strongly spiced foods. Similarly, they strongly disliked tactile input (e.g., textures of some fabrics, fingernail cutting) and were also very sensitive to noise in certain situations but oblivious to noise in other environments. Each of these sensory problems interfered with their daily routines.

More recently, consideration has been given to the possibility that sensory processing is an underlying feature of AS (Attwood, 1998; Fling, 2000; Myles & Simpson, 1998; Myles & Southwick, 1999; Stagnitti, Raison, & Ryan, 1999; Willey, 1999). Practitioners and scholars have anecdotally reported about the relationships between sensory processing functions in daily life, including learning, play, work, and socialization (e.g., Adreon & Myles, 2001; Anderson & Emmons, 1996; Ayres, 1972, 1979; Cook & Dunn, 1998; Fisher, Murray, & Bundy, 1991). There is some preliminary empirical evidence suggesting that there are significant differences in the sensory processing patterns of children who have AS (Dunn et al., 2002). Some authors view the specific criteria listed under the heading "Repetitive and Restricted Stereotyped Patterns of Behavior, Activities, and Interests" (p. 84) to be reflective of difficulty with sensory processing, including (a) a preoccupation with one or more stereotyped and restricted patterns of interest that is abnormal either in intensity or focus; (b) inflexible adherence to specific, nonfunctional routines or rituals; (c) stereotyped and repetitive motor mannerisms; and (d) persistent preoccupation with parts of objects (Frith, 1991; Gillberg, 1992; Huebner, 2001; Zero to Three, 1994).

The purpose of this article is to discuss sensory processing concepts and their application to the needs of children who have AS. We will outline the basic characteristics of the sensory systems, discuss a model for sensory processing, and present a summary of the data supporting the application of this model in work with children who have AS. Then we will outline a framework for incorporating sensory processing concepts into practice and research programs that address the needs of children with AS. Finally, we will present case studies demonstrating the application of sensory processing principles.

Basic Characteristics of the Sensory Systems
There are seven basic sensory systems within the nervous system: sound, touch, vision, taste, smell, movement, and body position. Myles, Tapscott Cook, Miller, Rinner, and Robbins (2000) provided a summary of the characteristics of these sensory systems and their function in human beings (see Table 1). The visual and auditory systems provide information about the world, the touch and body position systems provide information about the person's body, and the movement system provides information about the interaction of the body in the world. The taste and smell systems provide a mechanism for sustaining the organism by accessing information for obtaining food, and for protection.

The sensory systems provide the route for the brain to receive information. The function of the input mechanisms themselves produce sensory acuity (e.g., whether the person's eyes receive light, etc.). The brain is responsible for making meaning out of this information and for designing and implementing a response (i.e., processing). For children who have AS, the sensory input structures are usually intact; the difficulty with sensory processing occurs as the child tries to use that sensory input (i.e., process it) to respond to task and environmental demands.

A Model for Sensory Processing
Dunn (1997) proposed a model for sensory processing that characterizes patterns of responding based on a person's neurological thresholds and self-regulation strategies. The neurological threshold continuum moves from low to high thresholds, whereas the behavioral response continuum moves from passive to active self-regulation strategies. When these continua intersect, four basic patterns of sensory processing emerge, representing the anchor points of the continua.

The neurological thresholds continuum represents the amount of input the nervous system requires before responding. When a person has high thresholds, this means that it takes a lot of input for the nervous system to take notice and then generate a response. When a person has low thresholds, this means that it takes very little input for the nervous system to take notice, and lots of responses are generated.

The self-regulation continuum represents the range of strategies a person might use in responding to task and environmental demands. A person who resorts to passive strategies has a tendency to let things happen; a person who uses active strategies reveals a tendency to generate responses to control input.

The intersection of these continua creates four basic patterns of sensory processing: low registration, sensation seeking, sensory sensitivity, and sensation avoiding. Low registration represents the combination of high neurological thresholds with a passive self-regulation strategy. Sensation seeking represents the combination of high thresholds with an active self-regulation strategy. Sensory sensitivity is the combination of low neurological thresholds with a passive self-regulation strategy, and sensation avoiding represents the combination of low neurological thresholds with an active self-regulation strategy.
- Dunn, Winnie, Saiter, Jessica & Louann Rinner; Asperger syndrome and sensory processing; a conceptual model and guidance for intervention planning; Focus on Autism & Other Developmental Disabilities; Fall 2002; Vol. 17, Issue 3.
The article above contains foundational information. Articles below contain optional updates.

Personal Reflection Exercise #2
The preceding section contained information about asperger syndrome and sensory processing.  Write three case study examples regarding how you might use the content of this section in your practice.

Online Continuing Education QUESTION 9
According to Dunn et al., what is the difficulty with sensory processing for children who have Asperger syndrome? Record the letter of the correct answer the CEU Answer Booklet

 

CEU Answer Booklet for this course | Asperger
Forward to Section 10
Back to Section 8
Table of Contents
Top

The article above contains foundational information. Articles below contain optional updates.
How Long Does It Take to Break an Addiction? - August 18, 2017
Here is how long it takes to detox from each of the five most addictive and most commonly abused drugs, and why you should seek medical care rather than undergoing an at-home detox.
The post How Long Does It Take to Break an Addiction? appeared first on Addictions.
Does Fast Food Have Addictive Chemicals? - August 17, 2017
Find out what makes fast food so addictive, the warning signs of addiction, health risks, and what treatment options are available.
The post Does Fast Food Have Addictive Chemicals? appeared first on Addictions.
How Do You Know If You Have a Sex Addiction? - August 16, 2017
Learn about the different types of sex addiction, potential causes, warning signs, and treatment options.
The post How Do You Know If You Have a Sex Addiction? appeared first on Addictions.
The Ten Most Drug-Addicted States in America - August 15, 2017
The following ten states have the highest addiction rates in the country. Learn how this epidemic is affecting each state specifically, and what America is doing about it.
The post The Ten Most Drug-Addicted States in America appeared first on Addictions.
Heroin Addiction in the United States - August 14, 2017
Find out what is fueling the current heroin epidemic in America, how to tell if someone is abusing this drug, and what treatments are available for recovery.
The post Heroin Addiction in the United States appeared first on Addictions.

CEU Continuing Education for
Social Work CEUs, Psychology CEUs, Counselor CEUs, MFT CEUs

OnlineCEUcredit.com Login


Forget your Password Reset it!