Persona: Martínez Castilla, Pastora
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0000-0003-2369-0641
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Martínez Castilla
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Pastora
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Publicación Prosodic abilities in Spanish and English children with Williams syndrome. A cross-linguistic study(Cambridge University Press, 2012-01-01) Martínez Castilla, Pastora; Stojanovik, Vesna; Setter, Jane; Sotillo, María; Ministry of Education and Science of the Spanish Government; Economic and Social Sciences Research Council (ESRC, UK)The aim of this study was to compare the prosodic profiles of English- and Spanish-speaking children with Williams syndrome (WS), examining cross-linguistic differences. Two groups of children with WS, English and Spanish, of similar chronological and nonverbal mental age, were compared on performance in expressive and receptive prosodic tasks from the Profiling Elements of Prosody in Speech–Communication Battery in its English or Spanish version. Differences between the English and Spanish WS groups were found regarding the understanding of affect through prosodic means, using prosody to make words more prominent, and imitating different prosodic patterns. Such differences between the two WS groups on function prosody tasks mirrored the cross-linguistic differences already reported in typically developing children.Publicación Prosodic abilities of Spanish-speaking adolescents and adults with Williams syndrome(Taylor & Francis, 2020-08-16) Martínez Castilla, Pastora; Sotillo, María; Campos, Ruth; Ministry of Education and Science of the Spanish GovernmentIn spite of the relevant role of prosody in communication, and in contrast with other linguistic components, there is paucity of research in this field for Williams syndrome (WS). Therefore, this study performed a systematic assessment of prosodic abilities in WS. The Spanish version of the Profiling Elements of Prosody in Speech—Communication battery was administered to 27 Spanish-speaking adolescents and adults with WS and a control group of 54 typically developing participants matched for chronological age (CA). Participants with WS presented prosodic deficits, relative to their CA, to comprehend and express prosodic cues both on a function and a form level. These difficulties were mainly due to their cognitive impairments. In addition, the areas of understanding and expressing the prosodic function of segmentation and the expression of the nonfinal contrastive focus were found to be particularly impaired in WS.Publicación Enhanced linguistic prosodic skills in musically trained individuals with Williams syndrome(Cambridge University Press, 2019-08-15) Martínez Castilla, Pastora; Campos, Ruth; Sotillo, María; Ministerio de Educación y Ciencia de EspañaIndividuals with Williams syndrome (WS) present prosodic impairments. They are also interested in musical activities. In typical development, a body of research has shown that the linguistic prosodic skills of musically trained individuals are enhanced. However, it is not known whether, in WS, musical training is also associated with enhanced prosodic performance, a question this study sought to answer. We compared the performance on linguistic prosodic tasks among seven musically trained and fourteen musically untrained individuals with WS, and typically developing peers. Among those with WS, musically trained participants outperformed their musically untrained counterparts on the perception of acoustic parameters involved in prosody, the understanding of questioning and declarative intonation, and the comprehension of prefinal contrastive stress. The results suggest that musical training facilitates prosodic performance in WS. Our findings also suggest common processing mechanisms for acoustic parameters involved in both prosody and music, and that positive music-to-language transfer effects could take place in WS. We discuss the implications of these results for intervention purposes.Publicación Cognición social en el síndrome de Williams(SAGE Journals, 2013-01-01) Campos, Ruth; Martínez Castilla, Pastora; Sotillo, María; Ministerio de Economía y CompetitividadFrente a una concepción neuropsicológica estática, que entiende la arquitectura cognitiva como un conjunto de sistemas específicos de funcionamiento independiente de origen innato, este trabajo asume una perspectiva neu-roconstructivista, que contempla la especialización y localización progresiva de las funciones, enfatizando la necesidad de atender desde el desarrollo a los distintos niveles de explicación del funcionamiento psicológico, y en el que la relación con las bases genéticas o neurobiológicas también va a estar mediada por un ambiente dinámico. Desde estos argumentos se revisa la evidencia experimental sobre el funcionamiento de las personas con síndrome de Williams (SW) en distintos aspectos vinculados con la cognición social (competencias mentalistas, procesamiento de rostros y lenguaje). Se concluye en contra de la propuesta de que el perfil psicológico de las personas con SW evidencia la existencia de un módulo para la cognición social, se sugiere la necesidad de atender a las trayectorias de desarrollo y se plantean algunas implicaciones del modelo para la intervención psicológica.Publicación Rhythmic Abilities of Adolescents and Adults with Williams Syndrome(University of California Press, 2011-09-01) Martínez Castilla, Pastora; Sotillo, María; Campos, Ruth; Ministry of Education and Science of the Spanish Governmentalthough rhythmic abilities have often been described as strengths within the cognitive profile of individuals with Williams syndrome (WS), the literature in this respect is limited and has offered inconsistent results. In this study, 20 adolescents and adults with WS and a control group of 40 typically developing individuals matched for chronological age were presented with a rhythmic patterns discrimination task and a rhythmic patterns reproduction task. Individuals with WS performed significantly lower than their control peers in both tasks. In addition, rhythmic impairments in WS were explained by the cognitive deficits that are characteristic of the syndrome. These results suggest that rhythmic performance in individuals with WS is affected by their cognitive deficits and that rhythmic skills in WS are not independent of general cognition.Publicación Do individuals with Williams syndrome possess absolute pitch?(Taylor & Francis, 2013-01-01) Martínez Castilla, Pastora; Sotillo, María; Campos, Ruth; Ministry of Education and Science of the Spanish Government; Universidad Nacional de Educación a Distancia (UNED)Although absolute pitch (AP) is a rare skill in typical development, individuals with Williams syndrome (WS) are often referred to as possessing this musical ability. However, there is paucity of research on the topic. In this article, 2 studies were conducted to evaluate AP in WS. In Study 1, seven musically trained individuals with WS, 14 musically trained typically developing controls matched for chronological age, and 2 experienced musicians with AP completed a pitch-identification task. Although the task was a classical assessment of AP, it required participants to have musical knowledge, and the availability and accessibility of musically trained individuals with WS is very low. In Study 2, a paradigm suitable for evaluating AP in individuals without musical training was used, which made it possible to evaluate a larger group of participants with WS. A pitch memory test for isolated tones was presented to 27 individuals with WS, 54 typically developing peers matched for chronological age, and the 2 musicians with AP. Both individuals with WS and their controls obtained low results in the two studies. They showed an arbitrary pattern of response, and their performance was far from that of musicians with AP. Therefore, participants with WS did not appear to possess AP. Unlike what is usually claimed, results suggest that AP is not a remarkable ability in WS and that, as in the typically developing population, this musical ability is also rare in individuals with WS.Publicación Pitch Processing in Children with Williams Syndrome: Relationships between Music and Prosody Skills(MDPI, 2014-05-15) Martínez Castilla, Pastora; Sotillo, María; Ministry of Education and Science of the Spanish Government; Ministry of Economy and Competitiveness of SpainWilliams syndrome (WS), a genetic neurodevelopmental disorder, has been taken as evidence that music and language constitute separate modules. This research focused on the linguistic component of prosody and aimed to assess whether relationships exist between the pitch processing mechanisms for music and prosody in WS. Children with WS and typically developing individuals were presented with a musical pitch and two prosody discrimination tasks. In the musical pitch discrimination task, participants were required to distinguish whether two musical tones were the same or different. The prosody discrimination tasks evaluated participants’ skills for discriminating pairs of prosodic contours based on pitch or pitch, loudness and length, jointly. In WS, musical pitch discrimination was significantly correlated with performance on the prosody task assessing the discrimination of prosodic contours based on pitch only. Furthermore, musical pitch discrimination skills predicted performance on the prosody task based on pitch, and this relationship was not better explained by chronological age, vocabulary or auditory memory. These results suggest that children with WS process pitch in music and prosody through shared mechanisms. We discuss the implications of these results for theories of cognitive modularity. The implications of these results for intervention programs for individuals with WS are also discussed.