Literacy development in deaf students: case studies in bilingual teaching and learning

A bilingual model has been applied to educating deaf students who are learning American Sign Language (ASL) as their first language and written English as a second. Although Cummins's (1984) theory of second-language learning articulates how learners draw on one language to acquire another, implementing teaching practices based on this theory, particularly with deaf students, is a complex, confusing process. The purposes of the present study were to narrow the gap between theory and practice and to describe the teaching and learning strategies used by the teachers and parents of three elementary school children within a bilingual/bicultural learning environment for deaf students. The findings suggest that strategies such as using ASL as the language of instruction and making translation conceptual rather than literal contribute to literacy learning. Findings further indicate that some inconsistencies persist in applying a bilingual approach with deaf students.     

List of Reviewers

Our purpose was to compare the effect of a periodized preparation consisting of power endurance training and high-intensity power training on the contractile properties of the quadriceps muscle and functional performances in well trained male sprinters (n = 7). After 4 weeks of high-intensity power training, 60-m sprint running time improved by an average of 1.83% (SD = 0.96; p < .05). This improvement was inversely related to an increase in maximal voluntary contraction torque (r = -.89, p < .05) and poorly correlated with changes in the contractile kinetics of the quadriceps muscle (r range from .36 to -.46). These findings suggest that sprint performance is poorly predicted by muscle intrinsic properties and that a neural adaptation appears to explain most of the observed functional adaptations.     

Developmental trends for object and spatial working memory: a psychophysiological analysis

This study examined developmental trends in object and spatial working memory (WM) using heart rate (HR) to provide an index of covert cognitive processes. Participants in 4 age groups (6-7, 9-10, 11-12, 18-26, n=20 each) performed object and spatial WM tasks, in which each trial was followed by feedback. Spatial WM task performance reached adult levels before object WM task performance. The differential developmental trends for object and spatial WM found in this study are taken to suggest that these WM components are separable. Negative performance feedback elicited HR slowing that was more pronounced for adults than for children. The development of performance monitoring as indexed by covert HR slowing following performance feedback contributes to WM performance.     

Anatomical Sciences Education vol.2, issue 5, 2009 cover image

A near‐peer (NP) teacher discussing structures of the head and neck region with first‐ and second‐year students in the anatomy laboratory at Brighton and Sussex Medical School. NP teachers are fourth‐year medical students who elect to teach in gross anatomy practical classes delivered to first‐ and second‐year medical students. Evans and Cuffe discuss design, implementation and outcomes of the NP teaching program in the current issue of ASE.