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["Specific" versus "audiogenic" speech development disorder. Quantitative speech development index in a controlled group comparison].

The language development of hearing-impaired children is disordered, especially in children with impairment before starting linguistic development. Binaural sensorineural-impaired children are likely to acquire a deficient oral vocabulary. Two population samples between the ages of 2 and 5 years (n = 110 specific language-impaired children vs. n = 34 bilateral sensorineural-impaired children with individual hearing aids) were compared with 66 normal children of similar age with respect to their expressive vocabulary. All groups were tested with a nonverbal intelligence test and reached average or better scores. The two clinical samples showed no significant difference in their lexical performance, but there was a difference in comparison with the normal children. The results are discussed on the background of degree, onset of hearing impairment and attending kindergarten. It is suggested that specific language impairment is a more serve development disorder than audiogenic language impairment because it seems to be neurobiologically founded. Early diagnosis by a phoniatrician is important.

Child, Preschool↗

[Intervention in children with pragmatic language and communication disorders].

AIMS: In this paper we analyse the educational and therapeutic needs of children who present pragmatic disorders in language and communication. DEVELOPMENT: Pragmatic disorders in language and communication stand apart from the other disorders affecting the remaining aspects of language development. Their less specific nature goes beyond the purely linguistic domain and involves wide areas of the patient's affective and social development. CONCLUSIONS: Not only is it necessary to adapt the general model of speech therapy intervention, but also to include it within a set of pedagogical (based on the framework of school itself) and psychological measures (in early care and family guidance services).

Child↗

Cognitive neuropsychology and its application to children.

Cognitive neuropsychology has been used successfully in the analysis of adult neuropsychological disorders in both verbal and nonverbal domains. When applied to children, it aims to construct models on the basis of functional lesions manifest within developing systems and provides a theoretical framework within which patterns of intact and deficient skills can be charted over time. These patterns constrain possible underlying models. In highlighting potential individual differences in the acquisition of skills and indicating intact skills within subjects, cognitive neuropsychology may also enable a precise description of the locus of difficulty and potential circumventory routes for remediation around it. The theoretical assumptions of cognitive neuropsychology and issues relevant to its methodology are discussed, including the terminology and principles of modularity, the significance of individual differences and the use of case studies, the dynamics of developing systems, current views on plasticity, and distinctions between developmental and acquired disorders. The application of cognitive neuropsychology to children is discussed in relation to three cognitive areas: face recognition disorders, language disorders and arithmetical disorders. These illustrate the similarities that there are between many developmental cognitive neuropsychological disorders and those seen in adults following brain injury. Models derived from studies of adults are helpful in enabling understanding of both face recognition disorders and arithmetical disorders in childhood. Within language systems, a variety of different types of disorder are evident, which not only relate to receptive and productive difficulties but differentially affect the core components of the language system. All of the disorders discussed illustrate the limitations of functional plasticity in development. In each case, there is not a generalised deficit resulting from degradation of capabilities independent of task requirements. Rather, there are focal and selective disorders which affect subcomponents of cognitive systems. In some cases, genetic factors may constrain compensatory mechanisms.

Adolescent↗

Domain-specific cognitive systems: insight from Grammatical-SLI.

Specific language-impairment (SLI) is a disorder of language acquisition in children who otherwise appear to be normally developing. Controversy surrounds whether SLI results from impairment to a "domain-specific" system devoted to language itself or from some more "domain-general" system. I compare these two views of SLI, and focus on three components of grammar that are good candidates for domain-specificity: syntax, morphology and phonology. I argue that the disorder is heterogeneous, and that deficits of different subgroups potentially stem from different underlying causes. Interestingly, although poor sensory or non-verbal abilities often co-occur with SLI, there is no evidence that these impairments cause the grammatical deficits found in SLI. Moreover, evidence suggests that impairment in at least one subgroup is specific to grammar.

Adolescent↗

Language disabilities in children: perceptual correlates.

Although language disabilities in children manifest themselves as a failure to develop linguistic skills normally at or near the expected age, the underlying etiology of this prevalent developmental disorder is not well understood. Recent research studies provide empirical evidence that demonstrates a preponderance of basic perceptual disorders in some children with developmental language delay. These studies are reviewed and the possible role of specific perceptual impairments in various language disorders is discussed.

Auditory Perceptual Disorders↗

In the long run...longitudinal studies of psychopathology in children. Committee on Child Psychology. Group for the Advancement of Psychiatry. Report no.143.

Longitudinal studies are difficult to do well. Too short a study and the results may be meaningless. Too long a study and the subjects cannot be found, money runs out, and research methods become seriously out of date. Despite these problems, there have been some longitudinal studies done that have greatly advanced our understanding of the nature and the treatment of psychopathology in childhood. Without these studies, much less would be known about the clinical course of important disorders, the effects of treatments, and the various risk and protective factors. None of these studies has been perfect. Some longitudinal studies did not focus on quite the right questions, some produced contradictory results, and others produced results that were hard to interpret. What have we learned from the longitudinal studies reviewed in this Group for the Advancement of Psychiatry (GAP) report? Many of the things that we have learned have been surprising--even counterintuitive. Pre- and perinatal insults need not necessarily lead to serious consequences in later life. Premature infants, if raised in nondeprived settings, are not likely to be mentally retarded or learning disabled. Today, of course, premature infants who would not have been kept alive 15 years ago are surviving. Will this advancement led to an untoward outcome? We do not know. New longitudinal studies need to be done. Certain serious illnesses emerging later in childhood may be associated with a greater risk of psychopathology. This risk is true at least for those with asthma. Psychological factors, such as psychological stress, also may lead to exacerbation of asthmatic attacks. Whether other illnesses are associated with a greater risk of psychopathology simply has not been studied adequately. Infant temperamental characteristics can be classified and measured; however, they appear to predict little in terms of later personality development or psychopathology. Although temperamental characteristics measured in infancy correlate poorly with temperamental characteristics measured at age 4 or 5 years, they appear to be much more stable and correlate well with temperament at ages 8 and 12 years. Some of these temperamental characteristics, particularly aggressivity and negativity at age 5 years, are serious risk factors for behavioral psychopathology at age 8 or 12 years and, possibly, at later ages as well. Aggressive, negative 5-year-olds do not necessarily grow out of their problems. Their problems are important and should be dealt with when children are age 5 years. What does appear important is early language development. Delays in language development or developmental language disorders are risk factors for later psychopathology. Fifty percent of school-age children with language problems requiring speech and language therapy also have diagnosable psychopathology. Hyperactivity and short attention span are characteristics that tend to persist in later childhood--even adulthood. Alone, each of these characteristics may not be a risk factor for later psychopathology, but, when accompanied by oppositional behavior and conduct disorder, the outcome is detrimental to the child. Many studies have shown that children with these comorbid problems are at risk later for becoming delinquent and antisocial. Conduct disorder in childhood, which is much more common in males, is a risk factor for later delinquency, even if it is not associated with hyperactivity. Again, early intervention is important. The effects of comorbidity in this instance can be serious. Comorbidity in general, especially as children grow older, leads to adverse social, academic, and psychopathological outcomes. Depression does occur in children, in all of its adult manifestations. Mania, in contrast, is rarely seen in children younger than age 12 years. Depression in school-age children can be severe or mild. In contrast to adolescents with depression, depressed children are most likely to have somatic compla

Adolescent↗

[Importance of auditory "screening" in the school and preschool environment in relation to language disorders].

Having recalled the acoustics spectrum of the human voice and different types of deafness, the author describes alarm signs of various hearing disorders. Bearing in mind the importance of early detection of deafness for optimal speech development, special emphasis is put on the necessity of mass hearing screening in kindergarten and nursing school. However, the diagnosis may be delayed in less severe deafness; medium hearing loss between 35 to 65 dB being scarcely detected before age 5! In this respect teacher's and school health professional's particular attention should bring the child to a specialised diagnostic and therapeutic center where medical or surgical audioprosthetic treatments could be performed before developmental retardation occurs. Two case records are presented.

Audiometry↗

Abnormal brain lateralization in high-functioning autism.

Disturbances in lateral preference in autism are of interest because of their potential to shed light on brain maturational processes in this disorder. Forty-seven autistic individuals with a history of disordered early language development and 22 autistic individuals with normal early language acquisition were matched with 112 healthy individuals and compared on a standardized measure of lateral preference, the Edinburgh Handedness Inventory. Autistic individuals with a history of early language disturbance showed more atypical cerebral dominance than both healthy participants and autistic individuals with normal early language skills. The data indicated maturational disturbances in establishing lateral preference rather than increased rates of left handedness. Atypical establishment of cerebral dominance may be one cause of disordered language development in autism.

Adolescent↗

Asperger's syndrome: a report of two cases from Malaysia.

Asperger's Syndrome is a distinct variant of autism, with a prevalence rate of 10 to 26 per 10,000 of normal intelligence, and 0.4 per 10,000 in those with mild mental retardation. The syndrome now has its own clinical entity and diagnostic criteria. It is being officially listed in the ICD-10 under pervasive developmental disorder. Two such cases are described in this article. Case One lacked the ability to relate to others, was excessively preoccupied with the late actor P. Ramlee and demonstrated a peculiar behaviour of holding on to toothbrushes in his early childhood. Cognitively, he was unable to synthesise words into meaningful sentences. Similarly, Case Two was unable to relate well to others and was preoccupied with the planets and its constellations. Though he appeared intelligent with an IQ score of 101, he was unable to follow instructions at school. Both children had motor clumsiness and fulfilled the criteria for the diagnosis of Asperger's Syndrome.

Autistic Disorder↗

[Language and neurodevelopmental disorders. A review of their clinical characteristics].

INTRODUCTION: Language is a keystone in the normal social and cognitive development of any group of children and early, fitting interventions can largely reduce the repercussions that the deficit has in this area. The article analyses the definition of language as 'the result of a complex nervous activity that allows individuals to communicate mental states by the production of multi-modal signs that symbolise these states in accordance with a linguistic community's own convention'. Other language-related terms are also dealt with. DEVELOPMENT: Different classifications of language disorders are also discussed and we analyse its characteristics in different neurological disorders, such as motor disorders with a central origin, autistic spectrum, learning disorders, mental retardation, and attention deficit and disruptive behaviour disorders. CONCLUSIONS: Disorders affecting language clearly display semiological heterogeneity, and therefore it is advisable to take into account the classifications and terms related to it. It is also necessary to be familiar with the specific features of each alteration in the different neurological disorders so as to be able to reach an accurate diagnosis that allows the implementation of suitable lines of behaviour and interventions. Additionally, this will also allow timely measures to be taken in order to avoid later complications.

Adolescent↗

Psychiatric disorders in children with speech and langauge retardation. Factors associated with development.

One hundred children (mean age, 5 to 6 years) who were seen consecutively at a suburban speech and hearing clinic were systematically evaluated for speech and language disorders and psychiatric disorders. Fifty-three were found to have a psychiatric illness. The three groups were compared with the psychiatrically well group to ascertain factors associated with the presence of a psychiatric disorder. Significantly differentiating the ill group were more academic and classroom behavior problems and the presence of both speech and language problems. The two groups were not significantly different in intellectual retardation, hearing impairment, medical factors, nonlanguage development disorders, and a variety of family and demographic factors. Common in both groups were psychiatric illness in parents and first-degree relatives. The data indicate that children with speech and langauge disorders are highly at risk for the development of significant psychiatric problems, which suggests the need for proper screening and multimodal treatment planning.

Adolescent↗

A practical method for screening psychiatric disorder in children with speech and language disorders.

Children with speech and language disorders have been found to have a prevalence rate of psychiatric disorder of 50%. The authors sought to develop an efficient screening procedure to distinguish such children who have psychiatric disorder and those who do not. Cutoff scores for easily administered parent and teacher behavior rating questionnaires were investigated in a population of 256 children with speech and language disorders and known presence or absence of psychiatric disorder. It was learned that when the questionnaires are used together, a cutoff score of 31 or greater on either questionnaires are used together, a cutoff score of 31 or greater on either questionnaire has a positive predictive value of 74.1% and a negative predictive value of 76.1%. This screening method shows promise in assisting speech pathologists in comprehensive evaluation and treatment planning for children with speech and language disorders.

Adolescent↗