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Visar resultat 1 - 5 av 45 avhandlingar som matchar ovanstående sökkriterier.
1. Experimental and Clinical Studies on Contact Allergy to Diphenylmethane-4,4′-diisocyanate and Related Substances
Sammanfattning : The exposure to isocyanates is more of an occupational problem than a consumer problem. The main route of exposure is assumed to be through inhalation. Isocyanates that have high vapor pressure, such as TDI, can be airborne at room temperature. Other isocyanates such as MDI are volatile only when heated. LÄS MER
2. The MUC2 mucin -A network in the intestinal protective mucus
Sammanfattning : The intestine is covered by mucus that is the first line of defence of the epithelium. The main structural component of the intestinal mucus is the MUC2 mucin. This is a large glycoprotein with two long and heavily O-glycosylated mucin domains. LÄS MER
3. Assembly and proteolytic cleavages of gel-forming mucins
Sammanfattning : Gel-forming mucins are large glycoproteins constituting the main structural component of themucus layer protecting epithelial surfaces of the body. This thesis aims to a deeper understandingof how gel-forming mucins are synthesized and assembled, and how they may interact with othermolecules. LÄS MER
4. Designer magnetoplasmonics for adaptive nano-optics
Sammanfattning : Materials that provide real-time control of the fundamental properties of light at visible and near-infrared frequencies enable the essential components for future optical devices. Metal nanostructures that couple electromagnetic (EM) radiation on a sub-wavelength length scale to free electrons, forming propagating or localized surface plasmons, provide many exciting functionalities due to their ability to manipulate light via the local EM field shaping and enhancement. LÄS MER
5. degradable electroactive polymers: Synthesis, Macromolecular architecture and scaffold design
Sammanfattning : Electrically conducting polymers induce specific cellular responses at the molecular level. One of the crucial limitations of the use of conducting polymers in tissue engineering is their inability to degrade. LÄS MER