Search for dissertations about: "short tandem repeat"
Found 5 swedish dissertations containing the words short tandem repeat.
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1. Evolutionary genomics in Corvids : – From single nucleotides to structural variants
Abstract : Heritable genetic variation is the raw material of evolution and can occur in many different forms, from altering single nucleotides to rearranging stretches of millions at once. DNA mutations that result in phenotypic differences are the basis upon which natural selection can act, leading to a shift of the frequency of those mutations. READ MORE
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2. Parallel target selection by trinucleotide threading
Abstract : DNA is the code for all life. Via intermediary RNA the information encoded by the genome is relayed to proteins executing the various functions in a cell. Together, this repertoire of inherently linked biological macromolecules determines all characteristics and features of a cell. READ MORE
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3. Assessing the structural and dynamical properties of concentrated solutions of the disordered proteins Histatin 5 and its tandem repeat
Abstract : Intrinsically disordered proteins are distinguished by a lack of distinct three-dimensional structure, existing instead as an ensemble of heterogenous structures. In this research, the effect of crowding on these proteins is investigated using a combined approach of experiment and computer simulation, mainly using coarse-grained simulation models to make simulation computationally feasible at the high concentration conditions crowding is displayed. READ MORE
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4. Repetitive DNA in search of a function - a study of telomeric and centromeric sequences in Chironomus
Abstract : Repetitive DNA is quantitatively the main component of telomeres and centromeres, structures responsible for maintenance of the eukaryotic chromosome. The telomere is the specialized nucleoprotein complex that terminates linear chromosomes. READ MORE
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5. Methods and applications in DNA sequence alignments
Abstract : DNA sequence alignment is one of the most common bioinformatics tasks. Alignment analysis for eukaryotic genomes is challenging because the datasets are large. Repeat sequences also make the analysis difficult. This thesis describes new methods which we have developed for DNA sequence alignment that address these problems. READ MORE