Confidence and Expectations About Caring for Older People With Dementia: A Cross-Sectional Survey of Student Nurses

Older people who are living with dementia often need healthcare, including hospital admissions, due to additional health conditions. Caring for older people who are living with dementia is, therefore, a core nursing role. This study investigated student nurses’ expectations of, and confidence about, caring for older people with dementia and the effect of students’ age, precourse experience, and their academic year. The design was a cross-sectional survey using questionnaires to collect data. The participants (n = 328), based at one university in England, had all had at least one practice learning placement. Most student nurses (n = 202; 62%) had precourse contact with older people with dementia and had cared for them during the course (n = 291; 89%). The student's academic year significantly affected confidence about caring for older people with dementia (p = .006), but still only 52% (n = 26) of third-year students felt “generally confident.” Precourse contact with older people with dementia had a significant impact on expectations (p = .001) and confidence in caring for people with dementia (p = .002). Students who were >25 years were significantly more likely to have had precourse contact with older people with dementia (p = < .001). Nurse educators should ensure that students entering nurse education appreciate that caring for older people who are living with dementia will be a core part of their role. They must proactively prepare nursing students to care for people with dementia, recognizing that some students have no previous contact, which may affect their confidence and experiences.     

FROM COVERT PROCESSES TO OVERT OUTCOMES OF REFUTATION TEXT READING: THE INTERPLAY OF SCIENCE TEXT STRUCTURE AND WORKING MEMORY CAPACITY THROUGH EYE FIXATIONS

This study extends current research on the refutation text effect by investigating it in learners with different levels of working memory capacity. The purpose is to outline the link between online processes (revealed by eye fixation indices) and off-line outcomes in these learners. In science education, unlike a standard text, a refutation text acknowledges readers’ alternative conceptions about a topic, refutes them, and presents scientific conceptions as viable alternatives. Lower and higher memory span university students with alternative conceptions about the topic read either a refutation or a non-refutation text about tides. Off-line measures of learning revealed that both groups of refutation text readers attained higher knowledge gains. During the reading process, refutation text readers fixated for longer on the refutation segments while reading the parts presenting the scientific information (look-froms). Non-refutation text readers looked back to the informational parts for longer. Look-froms (positively) and reading time (negatively) predicted learning from refutation text, indicating that the quality, not quantity, of reading was related to it. In contrast, learning from non-refutation text was predicted only by working memory capacity. The refutation effect is discussed and educational implications are drawn.     

Statistical Models for Monolingual and Bilingual Information Retrieval

This work reviews information retrieval systems developed at ITC-irst which were evaluated through several tracks of CLEF, during the last three years. The presentation tries to follow the progress made over time in developing new statistical models first for monolingual information retrieval, then for cross-language information retrieval. Besides describing the underlying theory, performance of monolingual and bilingual information retrieval models are reported, respectively, on Italian monolingual tracks and Italian-English bilingual tracks of CLEF. Monolingual systems by ITC-irst performed consistently well in all the official evaluations, while the bilingual system ranked in CLEF 2002 just behind competitors using commercial machine translation engines. However, by experimentally comparing our statistical topic translation model against a state-of-the-art commercial system, no statistically significant difference in retrieval performance could be measured on a larger set of queries.     

Microliter-bioreactor array with buoyancy-driven stirring for human hematopoietic stem cell culture

This work presents the development of an array of bioreactors where finely controlled stirring is provided at the microliter scale (100–300 μl). The microliter-bioreactor array is useful for performing protocol optimization in up to 96 parallel experiments of hematopoietic stem cell (HSC) cultures. Exploring a wide range of experimental conditions at the microliter scale minimizes cost and labor. Once the cell culture protocol is optimized, it can be applied to large-scale bioreactors for stem cell production at the clinical level. The controlled stirring inside the wells of a standard 96-well plate is provided by buoyancy-driven thermoconvection. The temperature and velocity fields within the culture volume are determined with numerical simulations. The numerical results are verified with experimental velocity measurements using microparticle image velocimetry (μPIV) and are used to define feasible experimental conditions for stem cell cultures. To test the bioreactor array’s functionality, human umbilical cord blood-derived CD34⁺ cells were cultured for 7 days at five different stirring conditions (0.24–0.58 μm∕s) in six repeated experiments. Cells were characterized in terms of proliferation, and flow cytometry measurements of viability and CD34 expression. The microliter-bioreactor array demonstrates its ability to support HSC cultures under stirred conditions without adversely affecting the cell behavior. Because of the highly controlled operative conditions, it can be used to explore culture conditions where the mass transport of endogenous and exogenous growth factors is selectively enhanced, and cell suspension provided. While the bioreactor array was developed for culturing HSCs, its application can be extended to other cell types.     

Policy into practice in Hong Kong pre-primary kindergartens: the impact of a reform agenda viewing early childhood as the foundation for lifelong learning

In this paper we outline the provision of pre-primary education in the Hong Kong SAR and discuss how the educational reform initiatives of 2000 (Learning to Learn) and global imperatives provided the impetus to reshape a new educational approach to early childhood education. We use the example of a half-day pre-primary (kindergarten) programme to illustrate the ways in which policy and guidelines are enacted and how they appear to reflect all the attributes of the reform movement that have adopted contemporary ideas from the international educational arena. We highlight the interpretations and enactments of these new educational imperatives in a system that has a long history of different cultural pedagogical traditions that often do not resonate with western pedagogical approaches.     

An Enquiry into the Influence of Mathematics on Students’ Choice of STEM Careers

Australia currently faces a skill shortage in Science, Technology, Engineering and Mathematics (STEM) professions unlikely to improve if the current trend of low enrolments in high-level mathematics in secondary school continues. Many factors seem to contribute to this trend, and amongst them, research recognises student attitudes towards mathematics and careers in STEM. Research also shows that teachers and classroom practices are key agents to change these attitudes. This paper examines teachers’ perceptions of students’ attitudes towards mathematics and careers in STEM, as well as classroom practices emanating from those perceptions. Combining data from two studies, a large-scale survey and an intervention, we argue three main points: (1) student attitudes and teachers’ perceptions of those attitudes quite clearly differ, (2) targeted interventions showing links between mathematics and careers in STEM can have an influence on students’ perceptions of STEM careers and (3) an implementation of classroom ability grouping based on standardised test scores can be disadvantageous to students who have a natural inclination towards STEM and positive attitudes towards mathematics.