17 research outputs found

    E-CURATOR: 3D COLOUR SCANS FOR OBJECT ASSESSMENT E-curator project team

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    This paper presents an overview about the E-curator project focussing specifically on the integration of user needs through the participatory user interface design process

    Integrating maternal, newborn, child health and non-communicable disease care in the sustainable development goal era

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    Noncommunicable diseases (NCDs) and maternal newborn and child health (MNCH) are two deeply intertwined health areas that have been artificially separated by global health policies, resource allocations and programming. Optimal MNCH care can provide a unique opportunity to screen for, prevent and manage early signs of NCDs developing in both the woman and the neonate. This paper considers how NCDs, NCD modifiable risk factors, and NCD metabolic risk factors impact MNCH. We argue that integrated management is essential, but this faces challenges that manifest across all levels of domestic health systems. Progress toward Sustainable Development targets requires joined-up action

    Algunas recomendaciones para la colecci?n de germoplasma arb?reo

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    Well connected to your digital object? E-curator: A web-based e-science platform for museum artefacts

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    This article describes the development of a new virtual research tool for the Arts and Humanities community. The E-Curator project led by Museums and Collections at University College London took a practical, multidisciplinary approach to traceable storage and transmission of three-dimensional (3D) laser scan data sets. The objective was to establish protocols for retrievable data acquisition and processing to facilitate remote web-based access to museum e-artefacts and thereby enhance international scholarship. An Internet capable 3D visualization tool was designed, using state-of-the-art colour laser scanning technology for digitizing museum objects in combination with an e-science developed data storage and retrieval solution (Storage Resource Broker). The prototype was developed in discussion with a team of museum curators and conservators who were able to compare the handling of a range of real objects with their virtual copies on-screen. This article will explore two case studies of objects recorded with an Arius3D colour laser scanner and a handheld Metris K-Scan laser scanner to illustrate the 3D recording methodology and highlight how the developed system is capable of complementing traditional cataloguing and analysis methods for museum artefacts and enable digital repatriation. Anthropological research, based on observations from the example of the E-Curator project, is discussing the production, reception, and circulation of 3D digital objects and the networked technology of the digital image

    Sustainability issues related to feeding salmonids: a Canadian perspective

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    The issue of sustainability of salmonid culture has been the focus of considerable media coverage and debate between environmental activists and aquaculture industry stakeholders, particularly regarding the use of ingredients derived from wild fisheries (fishmeal and fish oil) in salmonid feeds. This study attempts to summarize recent data and to calculate the conversion efficiency of feed resources by Canadian farmed salmon in order objectively to assess the sustainability of this industry in this regard. Using updated information regarding domestic aquafeeds this review reports advances that have been made in diet formulation, fish in-fish out (FIFO) and feed conversion ratios (FCR) and demonstrates that production efficiency of farmed salmonids has significantly improved over time due to continued innovations in the aquafeed sector. The results suggest that the Canadian salmon aquaculture industry efficiently converts wild fish resources into high-value fish products

    Prioritizing interventions for cholera control in Kenya, 2015-2020.

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    Kenya has experienced cholera outbreaks since 1971, with the most recent wave beginning in late 2014. Between 2015-2020, 32 of 47 counties reported 30,431 suspected cholera cases. The Global Task Force for Cholera Control (GTFCC) developed a Global Roadmap for Ending Cholera by 2030, which emphasizes the need to target multi-sectoral interventions in priority cholera burden hotspots. This study utilizes the GTFCC's hotspot method to identify hotspots in Kenya at the county and sub-county administrative levels from 2015 through 2020. 32 of 47 (68.1%) counties reported cholera cases during this time while only 149 of 301 (49.5%) sub-counties reported cholera cases. The analysis identifies hotspots based on the mean annual incidence (MAI) over the past five-year period and cholera's persistence in the area. Applying a MAI threshold of 90th percentile and the median persistence at both the county and sub-county levels, we identified 13 high risk sub-counties from 8 counties, including the 3 high risk counties of Garissa, Tana River and Wajir. This demonstrates that several sub-counties are high level hotspots while their counties are not. In addition, when cases reported by county versus sub-county hotspot risk are compared, 1.4 million people overlapped in the areas identified as both high-risk county and high-risk sub-county. However, assuming that finer scale data is more accurate, 1.6 million high risk sub-county people would have been misclassified as medium risk with a county-level analysis. Furthermore, an additional 1.6 million people would have been classified as living in high-risk in a county-level analysis when at the sub-county level, they were medium, low or no-risk sub-counties. This results in 3.2 million people being misclassified when county level analysis is utilized rather than a more-focused sub-county level analysis. This analysis highlights the need for more localized risk analyses to target cholera intervention and prevention efforts towards the populations most vulnerable
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