Search for dissertations about: "expression diagrams"
Showing result 1 - 5 of 6 swedish dissertations containing the words expression diagrams.
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1. Knitted Circuits for Visual and Tactile Interactive Expressions
Abstract : As computational technology and new materials are entering the world of textiles, our view on the textile material is challenged; the areas of textile design and interaction design start to merge. Designing interactive textiles means communicating new expressional forms through textile material. READ MORE
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2. Patterns in big data bioinformatics : Understanding complex diseases with interpretable machine learning
Abstract : Alterations in the flow of genetic information may lead to complex diseases. Such changes are measured with various omics techniques that usually produce the so-called “big data”. Using interpretable machine learning (ML), we retrieved patterns from transcriptomics data sets. READ MORE
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3. Topics in the grammar of Kuot, a non-Austronesian language of New Ireland, Papua New Guinea
Abstract : This thesis describes certain areas in the grammar of the little-known Kuot language, spoken by some 1,500 people in New Ireland Province in Papua New Guinea. Kuot is an isolate, and is the only non-Austronesian (Papuan) language of that province. The analyses presented here are based on original data from 18 months of linguistic fieldwork. READ MORE
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4. Plurifaceted proteomics in studying cellular dynamics and action mechanisms of anticancer drugs
Abstract : Mass spectrometry (MS)-based proteomics has developed tremendously in recent years and was the leading technology for many novel methods to study protein chemistry. Contrary to classical approaches based on Western blot, MS-based approaches are mostly unbiased. READ MORE
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5. Chemical proteomics for drug target deconvolution and to study biological systems
Abstract : Mass spectrometry-based proteomics has become an irreplaceable method for the unbiased and system-wide study of protein chemistry. As modern proteomics methods can not only be applied to quantify protein expression levels, but also monitor changes in post-translational modifications, subcellular localization, turnover rate, and lastly protein structures, it has become a method of choice for drug discovery and dissecting cellular processes. READ MORE