Filtyp
Craft-performance at the opening of the exhibition Becomings is a performative exploration of the Danish concept fællesskabelse—a term that combines community and creation to describe processes in which something new emerges through being and making together. Unlike co-creation, where participants contribute predefined parts to a shared task, fællesskabelse focuses on the forming of the community
Water resources are a critical societal issue. As they are more and more limited, their distribution, usage and contamination are of vital importance. In the Beauce region, there are concerns on both the water quality and quantity because of farming and the related groundwater contamination. Since water is a vector of contamination, these questions require a precise vadose zone water content chara
We present an innovative hydrogeophysical approach for non-invasive quantification of the unsaturated water flow. For the water content measurements, we apply the Magnetic Resonance Sounding (MRS) method in the time-lapse mode. For inversion of MRS measurements, we approximate the subsurface by a horizontally stratified media. Laterally, the MRS estimated water content is averaged over the area be
Denna artikel undersöker hur vardagliga och samhälleliga föreställningar om vatten som resurs ges uttryck i Sverige i en tid av ökande klimatförändringar och andra utmaningar. Artikeln tar utgångspunkt i frågelistan Vatten som resurs (Folklivsarkivet, 2025), som är framtagen inom forskningsprojektet Gröna tjänster och värdeskapande vatten. Genom över hundra insamlade utsagor analyseras hur människ
EHLSA har visat att en ökad kraftsamling kring källsorterat avlopp, etableringen av ett innovationsekosystem, och systemdemonstratorer tillsammans kan, om detgörs på rätt sätt, skapa en katalysator för omställningen från linjärt till cirkulärt VA. Dagens omställningssystem fungerar långt ifrån optimalt och syntesen föreslår fyra huvudsakliga utvecklingspunkter:• Gå från ett innovationsekosystem ti
Advances in liquid chromatography–mass spectrometry have significantly improved proteomic analyses of human plasma. However, information at the level of intact proteoforms remains limited due to the high dynamic range of protein abundance and the complexity of post-translational modifications. To address this challenge, we introduce soluble plasma proteoform analysis via acetonitrile precipitation
The present study was motivated by the unusually large differences in solubility observed between two polymorphic forms of an antibiotic active pharmaceutical ingredient, oxytetracycline hydrochloride. These differences significantly exceed typical polymorphic solubility variations. Through detailed structural analysis, we demonstrate that forms I and II are not true polymorphs but pseudopolymorph
The emergence of large language models (LLMs) has made it easier than ever to create chatbots capable of generating human-like responses to user inputs. Moreover, improvements in text-to-speech and speech-to-text make it possible to converse with these systems, not just in text but also through speech. These improvements have led to an increase in chatbot applications across various contexts, such
Numerous studies show an association between military pressures and fiscal development, often based on cross-national correlations between wars and fiscal outcomes (e.g., tax ratios). However, investments in fiscal capacity may take time to yield higher tax revenues, obscuring the importance of factors that contributed to those investments. This article shifts attention from fiscal outcomes to the
Iridium ditelluride (IrTe2) as a two-dimensional (2D) transition metal dichalcogenide (TMDC) has attracted significant attention as a promising catalyst for oxygen evolution reactions (OERs). Although its electrochemical performance has been explored, detailed surface–state analyses are essential to fully elucidate the underlying catalytic mechanisms. Here, we fabricated surface-modulated IrTe2 th
Background: Whole Transcriptome Sequencing (WTS) is a comprehensive alternative to targeted panels for detecting gene fusions and splice variants. To integrate WTS into clinical diagnostics, we compared its performance against established fusion assays (Archer FusionPlex and TSO500 RNA). Methods: WTS was evaluated in an initial cohort of 64 FFPE tumor samples, and quality control (QC) thresholds w
Bifunctional DNA glycosylases employ an active site lysine or the N-terminus to form a Schiff base with an abasic (AP) site base excision repair intermediate. For 8-oxoguanine DNA glycosylase 1 (OGG1), cleaving this reversible structure is the rate-determining step in the initiation of 8-oxoguanine (8-oxoG) repair in DNA. Evolution has led OGG1 to use a product-assisted catalysis approach, where t
Primary graft dysfunction (PGD), defined as ventricular dysfunction occurring within 24 hours after heart transplantation (HTx) in the absence of identifiable secondary causes, remains a major contributor to early post-transplant mortality. Over the past decade, there has been a growing understanding of the burden of PGD, the clinical relevance of PGD classification and severity grading, and effor
