Search PubMed⌕ Search

PubMed · 2274466

Language and cognitive development: a systematic behavioral program and technology for increasing the language and cognitive skills of developmentally disabled and at-risk preschool children.

Abstract

Behavioral research in teaching verbal behavior to language-delayed and developmentally disabled preschool children has progressed greatly during the past 30 years. It is now possible to produce improvements in the verbal behavior of language-delayed and developmentally disabled children that previously would have been considered impossible. Not only is it possible to teach language-delayed children a wide variety of individual elements and forms of speech, such as plurals, adjectives, syntax, and grammar, but it is also possible to achieve functional language in nonverbal children and produce total recovery in some autistic and functionally mentally retarded preschool children. The results of our research with the TALK Language Development Program provide techniques, procedures, and new directions to further advance the technology of verbal behavior. First, development of a standard procedure for the analysis, reinforcement, and recording of verbal behavior provides a precise and standard method for evaluating the effect of contingencies of reinforcement on verbal behavior. Second, the TALK program, by systematizing and operationalizing the process of shaping functional language, provides a program that is relatively easily learned by therapists, teachers, speech pathologists, and others. Third, the robustness and reliability of the TALK program, as demonstrated by replication across diagnostic groups, settings, and therapists, makes it an attractive program for use with a variety of developmentally disabled children. Fourth, the identification of specific parent-child reinforcement paradigms that appear to be functionally related to language delay may facilitate research in the prevention of language delay. Finally, our research with functionally retarded children and normal infants has led to the development of a behavioral strategy and technology for the prevention of and total recovery from some cases of language delay and functional mental retardation. At least two important opportunities now exist for making a substantial social impact through the technology of verbal behavior. First, the passage of Public Law 99-457 has created a major need for effective language programs that can be used by public school teachers of handicapped preschool children. The need will increase as more programs for the birth to 3 population are mandated. This presents a major opportunity for transferring the technology of verbal behavior to other professionals who are in daily contact with young handicapped preschool children, such as teachers, speech pathologists, pediatricians, and social workers.(ABSTRACT TRUNCATED AT 400 WORDS)

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

P W Drash, R M Tudor. 1990. Language and cognitive development: a systematic behavioral program and technology for increasing the language and cognitive skills of developmentally disabled and at-risk preschool children.. https://pubmed.ncbi.nlm.nih.gov/2274466/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

One-year change in repetitive behaviours in young children with communication disorders including autism.

Repetitive behaviours are a relatively neglected area of study in autism. Previous research has concluded that repetitive behaviour is inversely related to ability and that it tends to increase over the preschool years. One-hundred and four children ages 24-48 months, with autism, autism spectrum disorder (ASD) or other disorders, were followed for 13 months. Twelve items from the Autism Diagnostic Interview (ADI-R) were analysed, as well as diagnostic algorithm scores. Ability was related to degree of repetitive behaviours, except for one cluster of relatively able children. ADI-R repetitive behaviour algorithm scores increased over time; however, when all 12 behaviours were considered, there was a general decrease in impact upon the child's and family's activities. Reasons for this decrease are discussed.

Autistic Disorder↗

Mutation screening of the ARX gene in patients with autism.

Mutations in the Aristaless related homeobox (ARX) gene are associated with a broad spectrum of disorders, including nonsyndromic X-linked mental retardation, sometimes associated with epilepsy, as well as syndromic forms with brain abnormalities and abnormal genitalia. Furthermore, ARX mutations have been described in a few patients with autism or autistic features. In this study, we screened the ARX gene in 226 male patients with autism spectrum disorders and mental retardation; 42 of the patients had epilepsy. The mutation analysis was performed by direct sequencing of all exons and flanking regions. No ARX mutations were identified in any of the patients tested. These findings indicate that mutations in the ARX gene are very rare in autism.

Autistic Disorder↗