Search for dissertations about: "E.coli expression"
Showing result 1 - 5 of 210 swedish dissertations containing the words E.coli expression.
-
1. Molecular analysis of transcription factors in uropathogenic E. coli adhesin operons
Abstract : The main causative agent of human urinary tract infections is the uropathogenic Escherichia coli (UPEC) pathotype. It may cause disease due to its ability to express a number of bacterial virulence factors. Fimbrial adhesins are particularly important for the initial establishment of infection in the urinary tract. READ MORE
-
2. Protein production in the E. coli cell envelope
Abstract : Proteins fulfil essential functions in every cell and malfunctioning proteins are often the cause of diseases. On the other hand, proteins like antibody fragments or hormones can be used to treat diseases. READ MORE
-
3. Studies of translation in E. coli
Abstract : A cis-acting translational mutation in the beginning of the glnS gene was analyzed; this mutation creates a extra base pair to a proposed extended ribosome binding site. When increasing the complementarity to this extended ribosome binding site, it was demonstrated that the expression increased; correspondingly, when complementarity was decreasd the expression went down. READ MORE
-
4. Abiotic Stress Tolerance. Metabolic and Physiological Effects of Compatible Solutes and Calmodulin on E. coli and Tobacco
Abstract : In their natural habitats, bacteria and plants can be exposed to abiotic stresses such as drought, high salt concentrations and freezing, which are factors limiting their capacity for growth and proliferation. To withstand environmental stresses, they have evolved specific stress responses. READ MORE
-
5. Combinatorial Protein Engineering Of Affibody Molecules Using E. Coli Display And Rational Design Of Affibody-Based Tracers For Medical Imaging
Abstract : Directed evolution is today an established strategy for generation of new affinity proteins. This thesis describes the development of a cell-display method using Escherichia coli for directed evolution of Affibody molecules. READ MORE