Search for dissertations about: "Ribosome recycling"
Showing result 1 - 5 of 12 swedish dissertations containing the words Ribosome recycling.
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1. The Protein Traffic on the Ribosome : The Mechanism and Regulation of Protein Synthesis in Prokaryotes
Abstract : The aim of this work was to understand the molecular mechanism of translation and the mechanism of translation termination, in particular. Cleavage of peptidyl-tRNA and peptide release terminates translation of mRNA on the ribosome. In prokaryotes, three release factors (RFs) are involved in this process. READ MORE
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2. Mechanisms and Inhibition of EF-G-dependent Translocation and Recycling of the Bacterial Ribosome
Abstract : The GTPase elongation factor G (EF-G) is an important player in the complex process of protein synthesis by bacterial ribosomes. Although extensively studied much remains to be learned about this fascinating protein. READ MORE
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3. Molecular Interplay of Antibiotics on the Bacterial Ribosome
Abstract : Inhibition of protein synthesis is one of the most common modes of action for medically useful antibiotics. This thesis presents the mechanistic studies of two chemically distinct classes of antibiotics that target bacterial ribosomes –aminoglycosides and thermorubin. READ MORE
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4. Characterizing Elongation of Protein Synthesis and Fusidic Acid Resistance in Bacteria
Abstract : Protein synthesis is a highly complex process executed by the ribosome in coordination with mRNA, tRNAs and translational protein factors. Several antibiotics are known to inhibit bacterial protein synthesis by either targeting the ribosome or the proteins factors involved in translation. READ MORE
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5. Versatile Implementations of an Improved Cell-Free System for Protein Biosynthesis : Functional and structural studies of ribosomal protein L11 and class II release factor RF3. Novel biotechnological approach for continuous protein biosynthesis
Abstract : Advances in genetics, proteomics and chromatography techniques have enabled the successfully generation of a cell-free bacterial translation system composed of highly pure and active components. This system provided an ideal platform for better elucidating the mechanism of each individual step of the prokaryotic protein biosynthesis and the function of the translation factors involved in the process. READ MORE