Search for dissertations about: "origamI"
Showing result 11 - 15 of 19 swedish dissertations containing the word origamI.
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11. Nucleic acid tools for detection and characterization of biological systems
Abstract : Nucleic acids, DNA and RNA, are naturally occurring biopolymers synthetized by cells to store and propagate genetic information. They can be found in eukaryotic cells, bacteria, archaea and viruses and, thanks to the development of synthetic chemistry techniques, they can be synthetized with relative ease on demand in the laboratory. READ MORE
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12. Design and analysis of wireframe DNA nanostructures
Abstract : In the last decades, the powerful self-assembly properties of DNA have been harnessed to produce complex structures at the nanoscale with high precision and yield. DNA origami is one of the most robust examples of this, where a 7000-nucleotide strand of biological origin is folded by hybridizing with hundreds of synthetic oligonucleotides, the programmed sequence of these “staple strands” determines the shape of the assembled object. READ MORE
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13. CONCRETE FORM[ing]WORK : Design, Fabrication, Simulation and Correlation of Parametrically Patterned Flexible Formwork and Concrete
Abstract : Concrete is one of the most commonly used construction materials, yet industrial fabrication continues to default to established standards of planar formwork and uniform cross-sections for the sake of simplicity and predictability. The research conducted within Concrete Form[ing]work explored alternative methods of producing concrete formwork with a simple, technical re-imagination of material: exchanging the familiar, i. READ MORE
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14. Expression of a lipase in prokaryote and eukaryote host systems allowing engineering
Abstract : Pseudozyma (Candida) antarctica lipase B (PalB) was expressed in Escherichia coli facilitating protein engineering. The lack of glycosylation was evaluated for a deeper understanding of the difficulties in expressing PalB in E. coli. READ MORE
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15. Developing molecular tools for probing and modulating genomic spatial adjacency
Abstract : In addition to the vast information encoded in DNA sequence, the genome has physical features that are also essential for its function, including its organization in threedimensional space. The development of high-throughput technology has greatly advanced our understanding of the spatial organization of the genome but has also raised more questions. READ MORE