Epidemiological oral health data are essential for informing public health policy and evaluating care. In the Netherlands, OrangeForce and the Oral Health Monitor seek to resume data collection by extracting information from dental practices using both automated (ie, software-based extraction) and manual (ie, user-entered in web-based forms) methods. As the success of these methods depends on cooperation from providers, this study aimed to explore the perspectives of Dutch dentists on collecting oral health data from practices, focussing on automated and manual data collection.
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In line, online, off the grid contributes to the discussions on evaluation of doctoral projects in the arts. The title of the book refers to the challenging variety of artistic research projects. Some projects are easily in line with the degree requirements, whereas others might include elements that complicate the evaluation process both conceptually and practically: unstable online spaces, ephemeral processes, or events realised in remote locations, completely off the grid. The book embraces this challenging but also desirable variety through four cases and a selection of invited reflections. The mix of Finnish and English in this book reminds the reader of the co-existence of several modes of articulation that all parties involved need to deal with.
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Wat kunnen we doen om de culturele en creatieve sector op langere termijnwendbaarder en weerbaarder te maken? Makers, culturele instellingen enandere creatieve partijen gingen met die vraag aan de slag binnen het pro-gramma Innovatielabs. Tijdens twee edities onderzochten zij hoe innovatie-projecten een verschil kunnen maken bij actuele én toekomstige opgavenin de sector. Van een fundamentele heroverweging van de eigen rol in hetculturele landschap tot de ontwikkeling van innovatieve, sectoroverstijgendesamenwerkingsplatforms. Er is nagedacht hoe instellingen publieksdata kunnendelen om hun doelgroepen beter te bereiken, hoe technologie kan wordeningezet om andere, nieuwe doelgroepen te bereiken en hoe samengewerktkan worden met niet-menselijke actoren voor een duurzamere toekomst.Het zijn natuurlijk mooie uitkomsten, maar met de afzonderlijke resultaten vandeze projecten alleen komen we er niet. Willen we de sector echt beter uit-rusten voor de toekomst, dan moeten we ook aandacht besteden aan deborging en inbedding van de opgedane kennis en ervaringen, op zo’n manierdat anderen erop kunnen voortbouwen. Met dat doel voor ogen, hebbenwe onderzoekers van verschillende kennisinstellingen gevraagd om de 33Innovatielabs-projecten te volgen. Aan de hand van thema’s brachten zijdwarsverbanden tussen de doelen en de gehanteerde methoden van dezeinitiatieven in kaart. Het onderzoek, dat is gefinancierd door Regieorgaan SIA,bleek op zichzelf ook een experiment en leertraject. Want hoe organiseerje kennisontwikkeling en -uitwisseling door en tussen al deze verschillendebetrokkenen en hoe zorg je ervoor dat de belangrijkste opbrengsten sector-breed kunnen worden gedeeld?In dit onderzoeksrapport delen de onderzoekers hun bevindingen. Hierinis niet alleen aandacht voor de resultaten, maar vooral ook voor de inno-vatieprocessen die tot deze resultaten hebben geleid. Daarmee biedt hetrapport inzichten en handvatten om op voort te bouwen. Want als we iets vanInnovatielabs hebben geleerd, dan is het wel dat we alleen door gezamenlijkekennisontwikkeling en -uitwisseling de uitdagingen die voor ons liggen hethoofd kunnen bieden. Dit rapport markeert dan ook niet alleen het einde van Innovatielabs, maar ook een nieuw begin.
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The domain of Location-based Augmented Reality (LBAR) in education is growing rapidly with the increasing ubiquity of mobile devices and their advanced capabilities. LBAR enables the superimposition of digital content onto physical environments and has been recognized for its transformative potential in educational contexts. Despite its advantages, the adoption of LBAR in education remains limited, hindered by several challenges. This paper presents a systematic review of peer-reviewed literature from 2000 to 2023 to assess the current state of LBAR in education. It explores 1) the state of the art in LBAR research, 2) its use cases and reported impacts across educational levels, and 3) the challenges and limitations identified in existing studies. Among the 50 studies included in the review, 38 % of investigated studies indicate a positive acceptance of LBAR and evident enthusiasm regarding LBAR's application for learning purposes. However, multidimensional complexities are revealed at the methodological, technological, pedagogical, and at content and organisational levels. While LBAR tools present strong potential to enhance learning experiences, that potential is not yet fully realized. Their long-term value depends on how well they are integrated into established pedagogical practices, learning content, and educational contexts.
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The illegal production of synthetic drugs in clandestine laboratories is an emerging threat within the European Union, necessitating improved methods for law enforcement agencies to locate these illegal sites. Combining gas chromatography and ion mobility spectrometry is a promising technology for reliably detecting trace amounts of substances in the gas phase. Therefore, the feasibility of detecting precursors involved in methamphetamine synthesis was investigated in this work. It is shown that relevant precursors of the three main synthesis pathways of the most prominent precursor, benzyl methyl ketone, naming the Dakin-West method, the nitrostyrene method and the Baeyer-Villinger pathway can be detected at concentrations down to single-digit ppbv levels. Reliable detection of these substances is based on retention time and reduced ion mobility, minimizing cross-sensitivities. Finally, using a real seized sample of benzyl methyl ketone, it was demonstrated that by-products from the synthesis can be detected in the headspace of such a sample, potentially allowing for drug profiling by sampling the gas phase near suspicious premises
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This article examines how collaborative design practices in higher education are reshaped through postdigital entanglement with generative artificial intelligence (GenAI). We collectively explore how co-design, an inclusive, iterative, and relational approach to educational design and transformation, expands in meaning, practice, and ontology when GenAI is approached as a collaborator. The article brings together 19 authors and three open reviewers to engage with postdigital inquiry, structured in three parts: (1) a review of literature on co-design, GenAI, and postdigital theory; (2) 11 situated contributions from educators, researchers, and designers worldwide, each offering practice-based accounts of co-design with GenAI; and (3) an explorative discussion of implications for higher education designs and futures. Across these sections, we show how GenAI unsettles assumptions of collaboration, knowing, and agency, foregrounding co-design as a site of ongoing material, ethical, and epistemic negotiation. We argue that postdigital co-design with GenAI reframes educational design as a collective practice of imagining, contesting, and shaping futures that extend beyond human knowing.
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