Iskanje po repozitoriju

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Povzetek: V pričujoči knjižici smo na enem mestu združili vse pomembne informacije, ki naj bolnikom, pa tudi njihovim svojcem ali spremljevalcem, olajšajo prihod, gibanje in bivanje na inštitutu.
Ključne besede: bolnišnice, pacienti, informacije
Objavljeno v DiRROS: 07.08.2025; Ogledov: 351; Prenosov: 114
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Objavljeno v DiRROS: 07.08.2025; Ogledov: 386; Prenosov: 122
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Ključne besede: timska obravnava, stranski učinki, bolniki, zdravstveni nasveti
Objavljeno v DiRROS: 07.08.2025; Ogledov: 397; Prenosov: 140
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Povzetek: The aimof this documentisto presentthe Engagement Strategy (ES)fortheCoastalCity Living Lab (CCLL) and citizen science activities thatwas developedwithin WP4 (Task 4.1). Theseactivitieswere guided by theimpetus of the Paris Agreement and by our Standard Ethical Protocol(SEP), defining theprivacy, principles and practice forparticipatory engagement from citizens and other actors. This report also provides Learning Modules developed by WP4 to give CCLL participants the opportunity to gain knowledge on climate adaptation and the SCORE project approaches through description of basic knowledge and the key terminology used (provided as a glossary). The report further provides an overview ofwebsitelinks, videos,webinars and courses with brief descriptions of variousresources and tools to educate and instruct further how to set-up citizen science activities for climate-focused CCLLs. The document’s whole content is dictated to empower CCLL stakeholders through transfer of basic knowledge on climate change concepts as highlighted by the SCORE project. Therefore the Engagement Strategy and the Learning Modules detailthe useof CCLLs, citizen science, do-it-yourself (DIY)sensortechnology, and participatory co-creation and co-design activities, as well asthe EBA approach. It guides howto engage and motivatestakeholders and citizen scientist participants using tools and resourses in the CCLL context, by activities executed in a series of capacity building workshops, co-creation workshops, and citizen science and DIY sensor familiarisation workshops. Familiarisation to principal climate change knowledgeis needed to direct, engage andmotivateparticipants. Coastal flooding and erosion, extreme weather events and associated changesin precipitation, are themoststriking aspects of climate change related to coastal cities, alongwith ocean rise in volumeand temperature. SCOREaddressed those issues alongwith their impacts, and included thosechallenges within its framework according to each CCLL primary challenges. The engagement task provided this background information, with the learning modules and tools documented in this report addressing these issues in a more comprehensive fashion. Participatory engagement is a vital aspect of any Living Lab project. SCORE applied an inclusive participatory engagement methodology, that involved the recruitment of a range of voluntary participants or citizen scientists, primarily adults, who come from a variety of classes, gender, ethnic, religious and cultural backgrounds, as well as from industry and business, academia, general public and governance. Participants were recruited through public surveys,social media platforms and standardmulti-media platformssuch as notice boards and newspapers, as well as through community networks and publicmeetings, and participated in a series of ‘howto’ CCLL capacity building and co-creation workshops, as well as citizen science and DIY sensor familiarisation workshops throughout the project. As this document will be publicly available after the completion of the project, its orderly representation of the project illustrating consistentinteraction with project partners and with external CCLL stakeholders,will be a guide on how to engage stakeholders in citizen science initiatives and can build a CCLL with a climate adaptation focus.
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Povzetek: We have witnessed a rapid advancement in high-throughput genome sequencing and the maturation of long-read technologies. However, an accurate assembly of polyploid potato genomes still remains challenging. Sequencing the double-monoploid genome of Solanum tuberosum Group Phureja (Xu et al., Nature 475:189–195, 2011) has enabled functional studies of polyploid potato cultivars using RNA sequencing (RNA-Seq) technologies, although with the limitation of not covering cultivar-specific gene expression. The accumulated RNA-Seq datasets from these cultivars can be leveraged to assemble tetraploid potato transcriptomes that enable the analysis of genes that are not limited to reference genome annotations. To increase transcriptomes’ quality, short-read assemblies are nowadays complemented with full-length transcriptome sequencing using Pacific Biosciences or Oxford Nanopore platforms. In this chapter we give a detailed guide on a pipeline for de novo transcriptome assembly of polyploid potato genotypes and their integration into a pan-transcriptome.
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