194 research outputs found

    Dutch home-based pre-reading intervention with children at familial risk of dyslexia

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    Children (5 and 6 years old, n = 30) at familial risk of dyslexia received a home-based intervention that focused on phoneme awareness and letter knowledge in the year prior to formal reading instruction. The children were compared to a no-training at-risk control group (n = 27), which was selected a year earlier. After training, we found a small effect on a composite score of phoneme awareness (d = 0.29) and a large effect on receptive letter knowledge (d = 0.88). In first grade, however, this did not result in beneficial effects for the experimental group in word reading and spelling. Results are compared to three former intervention studies in The Netherlands and comparable studies from Denmark and Australia

    Reading is Hard just because Listening is Easy

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    In their work on reading and the difficulties that attend it. investigators have commonly omitted to ask the questions that are. in my view, prior to all others: why is it easier to perceive speech than to read, and why is it easier to speak a word than to spell it? My aim is to repair these omissions. To that end, I divide my talk into two parts. First, I say why we should consider that the greater ease of perceiving and producing speech is paradoxical, by which I mean to suggest that the reasons are not to be found among surface appearances. Then I propose how, by going beneath the surface, we can find the reasons, and so resolve the paradox. THE PARADOX Before developing the paradox. I should first remind you that perceiving and produCing speech are easier than reading or writing. for thiS is the point from which I depart and to which I will. at the end. return. The relevant facts include the following. (1) All communities of human beings have a fully developed spoken language; in contrast. only a minority of these languages has a written form. and not all of these are in common use. (2) Speech is first in the history of the race, as it is in the child; readin

    Structural MRI studies of language function in the undamaged brain

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    In recent years, the demonstration that structural changes can occur in the human brain beyond those associated with development, ageing and neuropathology has revealed a new approach to studying the neural basis of behaviour. In this review paper, we focus on structural imaging studies of language that have utilised behavioural measures in order to investigate the neural correlates of language skills in the undamaged brain. We report studies that have used two different techniques: voxel-based morphometry of whole brain grey or white matter images and diffusion tensor imaging. At present, there are relatively few structural imaging studies of language. We group them into those that investigated (1) the perception of novel speech sounds, (2) the links between speech sounds and their meaning, (3) speech production, and (4) reading. We highlight the validity of the findings by comparing the results to those from functional imaging studies. Finally, we conclude by summarising the novel contribution of these studies to date and potential directions for future research

    Word Processing differences between dyslexic and control children

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    BACKGROUND: The aim of this study was to investigate brain responses triggered by different wordclasses in dyslexic and control children. The majority of dyslexic children have difficulties to phonologically assemble a word from sublexical parts following grapheme-to-phoneme correspondences. Therefore, we hypothesised that dyslexic children should mainly differ from controls processing low frequent words that are unfamiliar to the reader. METHODS: We presented different wordclasses (high and low frequent words, pseudowords) in a rapid serial visual word (RSVP) design and performed wavelet analysis on the evoked activity. RESULTS: Dyslexic children had lower evoked power amplitudes and a higher spectral frequency for low frequent words compared to control children. No group differences were found for high frequent words and pseudowords. Control children had higher evoked power amplitudes and a lower spectral frequency for low frequent words compared to high frequent words and pseudowords. This pattern was not present in the dyslexic group. CONCLUSION: Dyslexic children differed from control children only in their brain responses to low frequent words while showing no modulated brain activity in response to the three word types. This might support the hypothesis that dyslexic children are selectively impaired reading words that require sublexical processing. However, the lacking differences between word types raise the question if dyslexic children were able to process the words presented in rapid serial fashion in an adequate way. Therefore the present results should only be interpreted as evidence for a specific sublexical processing deficit with caution

    Reading Comprehension and Reading Comprehension Difficulties

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