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Biomedical subjects

J E Taplin

Publications and source records attributed to J E Taplin.

8 recordsLinked to original sources
PubMed2003

The relationship between health-related quality of life, pain and coping strategies in juvenile idiopathic arthritis.

OBJECTIVES: To investigate the relationship between health-related quality of life (HRQL), experience of pain and pain coping strategies in children with juvenile idiopathic arthritis (JIA). To compare reports describing these variables obtained from children and their parents. METHODS: Participants were 59 children aged 8 to 18 yr with JIA and their parents. Parents and children completed the PedsQL generic core scales and arthritis module, the visual analogue scale of the Varni-Thompson Pediatric Pain Questionnaire, and the Waldron/Varni Pediatric Pain Coping Inventory. Parents rated children's functional disability using the Childhood Health Assessment Questionnaire. RESULTS: Parents reported significantly lower scores (indicating worse HRQL) than children on five of the eight PedsQL scales rating children's HRQL. Parents and children reported a significant negative relationship between pain levels and the PedsQL scores assessing children's physical, emotional and social functioning. They also reported a significant negative relationship between scores on several pain coping scales and scores on the PedsQL scales. However, the pattern of these relationships varied for reports from parents and children. CONCLUSIONS: Pain intensity and pain coping strategies have a significant and independent relationship with several domains that comprise the HRQL of children with JIA. However, parents and children have differing perceptions of the nature of these relationships. The differences emphasize the importance of clinicians obtaining information about children's HRQL, pain levels and pain coping strategies from both parents and children.

Adaptation, Psychological↗
PubMed1999

Unravelling age effects and sex differences in needle pain: ratings of sensory intensity and unpleasantness of venipuncture pain by children and their parents.

Age and sex differences were investigated in children's self-report of venipuncture pain. Equal numbers of boys and girls aged 3-15 years (n = 110) made separate ratings of the intensity and unpleasantness of their needle pain, using a paired Visual Analogue Scale (VAS) technique. The parents of these children used the same method to give ratings of predicted pain and unpleasantness before the needle, as well as ratings based on observing their child during the needle. Results showed that, across age, children's intensity and unpleasantness scores were highly correlated (r = 0.78), and that both of these ratings decreased with increasing age. Analyses of covariance showed that, with the variance in the unpleasantness ratings accounted for, a significant age main effect persisted for the intensity ratings (scores decreasing with increasing age), with no effect of sex. In the corollary analysis, with intensity scores entered as a covariate, unpleasantness ratings showed no main effect of age, but a significant main effect of sex emerged: girls' ratings of pain unpleasantness, when averaged across age, were significantly higher than boys'. The interaction between age and sex was explored in analysis of the relative difference between intensity and unpleasantness ratings. The results indicated that, from approximately 8-years of age, children (especially girls) gave significantly higher ratings of unpleasantness than sensory intensity of needle pain. Prior to the age of 8 years, children tended to give equivalent ratings of intensity and unpleasantness, with no evidence of a sex difference. The agreement between parental and children's ratings was higher for parents' observed, as opposed to predicted, scores, especially for pain intensity, with no systematic influence of the child's age and sex. In conclusion, it is suggested that age effects in children's self-report of needle pain are predominantly manifest in ratings of sensory intensity, whilst sex effects are predominantly manifest in ratings of an affective (unpleasantness) dimension. It is argued that both age and sex differences are largely the function of pain reporting variables, rather than reflecting fundamental age or sex based variance in nociceptive processing.

Adolescent↗
PubMed1996

Prevalence of intellectual disability in northern Sydney adults.

The prevalence of intellectual disability, defined as IQ < 70, was determined in a population of adults aged 20-50 years who lived in the northern suburbs of Sydney, Australia. Case finding was carried out in the community, and all those ascertained were interviewed and psychometrically assessed. The overall prevalence was 3.31 per thousand with severe intellectual disability (IQ < 55) 2.19 per thousand and mild (IQ 56-70) 1.12 per thousand. Down's syndrome had a frequency of 0.96 per thousand. Thirty-eight per cent of the total group were living in institutional care.

Adult↗
PubMed1993

Developmental differences in the use of prototype and exemplar-specific information.

This study is an attempt to clarify the nature of developmental differences in the use of prototypical features or information about specific exemplars for object categorization and to identify stimulus factors that may modulate the use of these information sources. To this end, 6-year-olds, 11-year-olds, and adults were taught to sort visual patterns into one of two overlapping categories. Immediately or 24 h following category acquisition subjects were presented with a set of transfer stimuli consisting of both old and new patterns, including the theoretical prototype. Categorization responses to these test stimuli were examined against predictions derived from the prototype and nearest-old-exemplar accounts of categorization. A significant developmental change in the process of categorization was noted. For the youngest group, only the prototype model was found to fit the test data, whereas for the older groups both models independently explained significant amounts of variance in performance. This trend was not affected by the delay between training and testing, nor by a manipulation of intracategory variability. The emergence of the specific exemplar model as a viable explanation of ill-defined categorization thus appears to be related to the developmental level attained.

Adult↗
PubMed1993

Development of conceptual knowledge in children with mental retardation.

Nine and 14-year-old children with mild mental retardation and children without mental retardation matched for mental and chronological age were first shown a novel category made up of five visual figures. They were then given a recognition test with a set containing the previously presented figures, novel category members, and the category prototype. The relative contribution of prototypical and exemplar-specific information to subjects' performance on the recognition test was evaluated. Results showed that the children without mental retardation employed both forms of information in arriving at a recognition decision whereas both of the retarded groups tended to rely only on prototype information. Use of exemplar-specific information was also found to be positively correlated with IQ and, in particular, with measures of short-term memory span.

Adolescent↗
PubMed1985

Feature-processing deficits following brain injury. I. Overselectivity in recognition memory for compound stimuli.

A previous experiment (S. Wayland & J.E. Taplin, 1982, Brain and Language, 16, 87-108) demonstrated that aphasic subjects had particular difficulty performing a categorization task, which for normals involves abstraction of a prototype from a set of patterns and sorting of other patterns with reference to this prototype. This study extended the investigation to a recognition memory task similarly organized in categorical structure. The aim was to replicate the previous findings and to delineate the precise nature of aphasics' difficulties with such tasks. Aphasics were again found to be aberrant in performing this task in comparison with normal subjects, nonaphasic brain-injured control subjects also demonstrating a departure from normality. The results suggest that the problem for brain-injured subjects is one of overselectivity in terms of the features of the stimuli to which they respond rather than a difficulty with prototype abstraction itself.

Adult↗
PubMed1985

Feature-processing deficits following brain injury. II. Classification learning, categorical decision making, and feature production.

The claim that overselectivity in feature processing underlies the disorders that aphasics display in processing both visual and verbal material was directly tested by exploring the relationships between the behavior of brain-injured subjects on three experimental tasks: classification learning, categorical decision making, and feature production. From each of these tests a score selected as being indicative of overselective responding was entered into a principal components analysis, together with measures of visual recognition and memory, visual reasoning, naming skills, and severity of aphasia. This analysis supported the assumption that feature-processing disability is a specific and separable deficit, although related both to naming ability and to severity of aphasia. The relevance of the overselectivity hypothesis to naming difficulties following brain injury is discussed.

Anomia↗