This study has two theoretical dimensions: (a) to explore which components of Baddeley's (1986) working memory model are associated with children's spoken language comprehension, and (b) to compare the extent to which measures of the components of this fractionated model and an index of a unitary model (listening span) are able to predict individual differences in spoken language comprehension. Correlational analyses revealed that within a group of 66 4– and 5‐year‐old children both listening span and phonological memory, but not visuospatial memory, were associated with vocabulary knowledge and spoken language comprehension. However, of the proposed measures of central executive function—dual task coordination, sustained attention, verbal fluency—only the latter was related to children's ability to understand spoken language. Hierarchical regression analyses indicated that variance in vocabulary knowledge was best explained by phonological memory skills, whereas individual differences in spoken language comprehension exhibited unique and independent associations with verbal fluency.
Visually mediated processes including, exposure to print (e.g. reading) as well as orthographic transcription and coding skills, have been found to contribute to individual differences in literacy development. The current study examined the role of visuospatial working memory (WM) in underpinning this relationship and emergent writing. One hundred and forty-three children in their first year of the UK educational system participated. Hierarchical regressions revealed that visuo-spatial WM predicted a unique proportion of the variance in spelling and independent text writing ability after nonverbal cognitive ability, phonological WM, visual perceptual processing and orthographic transcription skills had been taken into account. Further, they also revealed for the spelling of individual words the unique contribution made by short-term memory retention of the orthographic structure of those words is particularly important. This contrasted with the unique contribution of short-term visuo-spatial coding of novel and unfamiliar visual stimuli for the development of independent writing skills
BackgroundThe aim of this review is to explain the components of emotional intelligence (EI) and explore the benefits within today's health care system with an emphasis on surgery. EI is a person's ability to understand their own emotions and those of the individuals they interact with. Higher individual EI has multiple proposed benefits, such as reducing stress, burnout and increasing work satisfaction. The business world recognizes EI as beneficial in terms of performance and outcomes. Could surgeons benefit from being more cognisant of EI and methods of assessing and improving EI to reap the aforementioned benefits?MethodsA search of Embase, Cochrane and Medline databases using the following search terms; emotional intelligen*, surg*, medic* yielded 95 articles. After review of all the literature 39 remaining articles and five text books were included.ResultsTo perform optimally, surgeons must be aware of their own emotions and others. EI differs from IQ and can be taught, learnt and improved upon. EI is measured via validated self‐reporting questionnaires and ‘multi‐rater’ assessments. High EI is positively associated with leadership skills in surgeons, non‐technical skills, reduction in surgeon stress, burnout and increased job satisfaction, all of which translate to better patient relationships and care. Future implications of EI have been postulated as a measure of performance, a selection tool for training positions and a marker of burnout. EI should be an explicit part of contemporary surgical education and training.
This study examined the relative importance of a number of cognitive factors (i.e. working memory, vocabulary knowledge, general cognitive ability and reading skills) in accounting for differences in the rate of progress made by children in the development of emergent writing skills. Sixty-seven children were assessed on tasks measuring the visuospatial, phonological and central executive components of working memory. The children's written texts were analysed according to the assessment scale for writing from the Early Years Foundation Stage Profile. The results indicate that reading performance and visuospatial memory skills are crucial to determining whether or not children aged 4–5 years are able to meet the UK government's prescribed educational standards for writing. The importance of visual skills in the acquisition of orthographic knowledge and writing conventions gained through reading is discussed in relation to current instructional strategies within schools
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