Search for dissertations about: "nanopore"
Showing result 11 - 15 of 18 swedish dissertations containing the word nanopore.
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11. Interpolymer complexation of a polymer brush
Abstract : Controllable macromolecular gating between nanoscopic compartments is of high interest for single molecule studies of biological macromolecules. By definition, a good macromolecular gate should completely stop biomolecules, such as proteins, from crossing between compartments in its closed state while letting them pass in its open state. READ MORE
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12. Functional polymer brush coatings for nanoscale devices
Abstract : Nanobiotechnology is an interdisciplinary field that has garnered considerable attention for offering exciting new opportunities of studying and manipulating biomolecules at the nanoscale. This prospect bears large potential benefits in the field of medicine and the whole life science sector in general. READ MORE
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13. Engineering of Native Cellulose Structure for Pharmaceutical Applications : Influence of Cellulose Crystallinity Index, Surface Area and Pore Volume on Sorption Phenomena
Abstract : Cellulose powders from various sources were manufactured and characterized to investigate the influence of their crystallinity index, surface area, and pore volume on sorption phenomena and the relevant pharmaceutical functionality. The influence of the cellulose crystallinity index on moisture sorption was important at low and intermediate relative humidities. READ MORE
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14. Complex genomic rearrangements in rare brain disorders : genetic architecture and molecular consequences
Abstract : Structural variants (SVs) within the genome, such as deletions, duplications, inversions, and translocations, are common but underappreciated causes of rare diseases. Complex genomic rearrangements involving two or more SVs in cis are incredibly challenging to detect. READ MORE
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15. Analysis of Transvascular Transport Phenomena in the glomerular and peritoneal microcirculation
Abstract : The current work is devoted entirely to the study of passive transport phenomena, or more specifically, the more simple diffusion, electric migration and filtration of solute matter and water over glomerular and peritoneal capillary walls. The driving forces behind such trans-capillary transport phenomena have long been assumed to be simple gradients of concentration, hydrostatic pressure and electric potential. READ MORE