Search for dissertations about: "Medicinsk mikrobiologi"
Showing result 16 - 20 of 427 swedish dissertations containing the words Medicinsk mikrobiologi.
-
16. Antibiotic resistance in the pan-genome of E. coli
Abstract : The pan-genome of a species is made up of all gene families that can be included in any individual isolate of the species. Escherichia coli (E. coli) has an open pan-genome including at least 128000 gene families, while only about half of the genes found in each individual isolate are common to all isolates. READ MORE
-
17. Experimental Evolution : and Fitness Effects of Mutations
Abstract : Bacteria have small, streamlined genomes and evolve rapidly. Their large population sizes allow selection to be the main driver of evolution. With advances in sequencing technologies and precise methods for genetic engineering, many bacteria are excellent models for studying elementary questions in evolutionary biology. READ MORE
-
18. Methods development for metaproteomics-guided bioprospecting of novel enzymes
Abstract : Industrial biotechnology has been announced by several organizations and governments as a key enabling technology for the enhanced economic growth in a low-carbon and knowledge-based bioeconomy. An important goal to promote an environment friendly and sustainable industrial biotechnology is the discovery of new enzymes. READ MORE
-
19. Brittlestars Galactosaminoglycans and Tools to Study their Structure
Abstract : In all living organisms, biological activities such as proper functioning and co-ordination of different organs will depend on different cells and molecular interactions. In some organisms the loss of functional organs or damage of organs can be lethal, whereas in others a special process called regeneration can retrieve lost organs. READ MORE
-
20. The balance of splicing : A novel insight into the splicing regulation of high-risk HPV E6 and E7 oncogenes
Abstract : HPV is associated with several cancers. The genome consists of a long control region, early (E1, E2, E4, E5, E6 and E7) and late (L1 and L2) genes. The E6 and E7 proteins prevent cells from entering apoptosis and regulate the cell cycle. A deregulated expression of these can result in malignant transformations. READ MORE