Development of an Online Education Program for Midwives in Australia to Improve Perinatal Oral Health

It is recommended that all pregnant women should receive a comprehensive oral health evaluation because poor maternal oral health may affect pregnancy outcomes and the general health of the woman and her baby. Midwives are well placed to provide dental health advice and referral. However, in Australia, little emphasis has been placed on the educational needs of midwives to undertake this role. This article outlines the development of an online education program designed to improve midwives’ dental health knowledge, prepare them to assess the oral health of women, refer when required, and provide appropriate dental education to women and their families. The program consists of reading and visual material to assist with the oral health assessment process and includes competency testing.     

The influence of the Creative Learning Assessment (CLA) on children's learning and teachers' teaching

This paper describes the development and use of the Creative Learning Assessment (CLA) as a means of evidencing, supporting and promoting children's creative learning in arts‐based contexts. The research team at the Centre for Literacy in Primary Education (CLPE) worked with a group of teachers in inner‐city Lambeth primary schools to develop an assessment system to record the impact of a creative curriculum on children's achievement and to enable schools to justify a broad‐based provision. The Assessing Learning and Communication in Creative Learning Contexts project, funded by CfBT Education Trust (CfBT), aimed to offer teachers a view of creative learning development and a framework for teacher assessment. It set out to provide a close focus on the learner and a valuable source of information for curriculum planning. This article discusses the effect of working with the CLA on children's learning and on teachers' practice through a case study of one project school, and the implications for schools and classrooms from the perspectives of the researcher and the teacher.     

Validity of proximity sensor-based wear-time detection using the ActiGraph GT9X

Our study investigated the performance of proximity sensor-based wear-time detection using the GT9X under laboratory and free-living settings. Fifty-two volunteers (23.2 ± 3.8 y; 23.2 ± 3.7 kg/m²) participated in either a laboratory or free-living protocol. Lab participants wore and removed a wrist-worn GT9X on 3–5 occasions during a 3-hour directly observed activity protocol. The 2-day free-living protocol used an independent temperature sensor and self-report as the reference to determine if wrist and hip-worn GT9X accurately determined wear (i.e., sensitivity) and non-wear (i.e., specificity). Free-living estimates of wear/non-wear were also compared to Troiano 2007 and Choi 2012 wear/non-wear algorithms. In lab, sensitivity and specificity of the wrist-worn GT9X in detecting total minutes of wear-on and off was 93% and 49%, respectively. The GT9X detected wear-off more often than wear-on, but with a greater margin of error (4.8 ± 11.6 vs. 1.4 ± 1.4 min). In the free-living protocol, wrist and hip-worn GT9X’s yielded sensitivity and specificity of 72 and 90% and 84 and 92%, respectively. GT9X estimations had inferior sensitivity but superior specificity to Troiano 2007 and Choi 2012 algorithms. Due to inaccuracies, it may not be advisable to singularly use the proximity-sensor-based wear-time detection method to detect wear-time.