Search for dissertations about: "Physical Chromosome Mapping"
Showing result 1 - 5 of 8 swedish dissertations containing the words Physical Chromosome Mapping.
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1. Genome mapping of the horse
Abstract : Our ability to map and sequence whole genomes is one of the most important developments in biological science. It will provide us with an unprecedented insight into the genetic background of phenotypic traits, such as disease resistance, reproduction and growth and also makes it feasible to study the processes of genome evolution. READ MORE
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2. Exploring the multiscale 3D architecture of human chromosome contact networks
Abstract : Cells regulate genes to coordinate essential functions allowing cells to grow, divide, specialize, and respond to stresses. While regulatory proteins are the most common way to control these genes, the DNA’s 3D structure also plays a critical role as it affects how proteins access genes and how regulatory DNA elements interact over large genomic distances. READ MORE
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3. Genetics of the carbohydrate-deficient glycoprotein syndrome type Ia
Abstract : In recent years, a revolution in the development of new techniques have made it possible to perform genetic studies of inherited disorders without prior knowledge about the gene product or the function of the gene. The techniques include linkage studies, allelic association studies, physical mapping and the sequencing of candidate genes for finding disease causing mutations. READ MORE
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4. Genetic alterations in Scandinavian neuroblastoma tumors
Abstract : The results presented here derive from our efforts to find genes and chromosomal regions of interest in the formation and progression of the childhood tumor neuroblastoma.Neuroblastoma is the most common extracranial solid tumor of childhood. READ MORE
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5. Microfluidics and AI for single-cell microbiology
Abstract : Most of the biological sciences deal with understanding the relationships between phenotypes and the underlying molecular mechanisms of organisms. This thesis is an engineering, computational, and experimental exercise in expanding the scope and scale of phenotype-genotype mapping techniques in single-cell microbiology using microscopy, microfluidics, and image processing. READ MORE