Search for dissertations about: "MOLECULAR STUDY OF BACTERIA"
Showing result 16 - 20 of 264 swedish dissertations containing the words MOLECULAR STUDY OF BACTERIA.
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16. F F₁-ATPase of plant mitochondria : purification and characterization of the structural and functional properties of the individual subunits
Abstract : Plant leaf cells constitute a unique system in which both mitochondria and chloroplasts are responsible for energy conversion. In both organelles, ATP synthase is responsible for the synthesis of ATP from ADP and Pi in a process coupled to an electron transfer chain. READ MORE
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17. Structural and functional studies of proteins of medical relevance : Protein-ligand complexes in cancer and novel structural folds in bacteria
Abstract : X-ray crystallography is a tool for determining the structures of proteins and protein-ligand complexes. In this thesis the method has been employed to study several proteins of medical relevance.Cancer is a terrible disease, severely impacting those affected, as well as their family and friends. READ MORE
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18. Delivery of TypeIII Secreted Toxins by Yersinia pseudotuberculosis : the Role of LcrV, YopD, and Free Lipids in the Translocation Process
Abstract : Bacteria that infect humans and animals face a hard combat with the host´s immune system and in order to establish infection, pathogenic bacteria has evolved mechanisms to avoid being cleared from the host tissue. Many Gram-negatives carry a Type 3 secretion (T3S) system that is used to deliver effector proteins (toxins) into host cells. READ MORE
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19. Biochemical Study and Technical Applications of Fungal Pectinase
Abstract : Pectinases are a group of enzymes produced by bacteria, fungi, higher plants and animals. Pectinases can modify and degrade pectins, a class of heterogeneous and multifunctional polysaccharides present in middle lamellae and primary cell walls of plants. READ MORE
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20. Microbial Responses to Antibiotics – Stability of Resistance and Extended Potential of Targeting the Folate Synthesis
Abstract : Resistance to antimicrobials is an increasing problem in the world of today, and develops faster than man can counter. It is therefore of importance to study metabolic pathways in order to develop new antibiotics, but also to understand how resistance spreads and stabilizes in microbial populations. READ MORE