BACKGROUND: Ultrasound screening for abdominal aortic aneurysms (AAA) has been shown to decrease aneurysm related mortality. Likely by providing an opportunity to intervene while the aneurysm is still intact, but possibly also when and the anatomy still relatively uncomplicated which would provide a less complex procedure. Our aim was to retrospectively investigate the complexity of repair for scr

Global mRNA expression analysis is efficient for phenotypic profiling of tumours, and has been used to define molecular subtypes for almost every major tumour type. A key limitation is that most tumours are communities of both tumour and non-tumour cells. This problem is particularly pertinent for analysis of advanced invasive tumours, which are known to induce major changes and responses in both

Drawing on Star and Bowker’s (2006) ideas on ‘infrastructures’, as well as on Åström’s (2016) discussion on using Star and Bowker’s ideas as an analytical framework for studying research evaluation practices, this talk aims at outlining an investigation of the Pure system using the infrastructure framework. Pure is a Current Research Information System (CRIS), developed by Elsevier, in the researc

Editorial: This focus is dedicated to a special trend on the scenes of contemporary music: composers going on stage to perform their own pieces.The presented articles were developed during my research project 'The Creator on Stage'. They can be read as selection of perspectives, commentaries, analyses, reflections and gained knowledge-production on the topic.The intention with the project was part

The totality of microbial genomes in the gut exceeds the size of the human genome, having around 500-fold more genes that importantly complement our coding potential. Microbial genes are essential for key metabolic processes, such as the breakdown of indigestible dietary fibres to short-chain fatty acids, biosynthesis of amino acids and vitamins, and production of neurotransmitters and hormones. D

We present a data-driven interpolation method, based on extended structure tensors. The method uses directional information, extracted from the crossline derivative of the pressure field, to interpolate both pressure field and its normal (depth) derivative. Here we focus on the interpolation of the normal derivative.

We present a data-driven method, based on extended structure tensors, that interpolates multicomponent, marine seismic data. The method is designed to interpolate pressure measurements and their normal derivatives using directional information from the crossline derivative of the pressure field.