Search for dissertations about: "membrane protein prediction"
Showing result 1 - 5 of 45 swedish dissertations containing the words membrane protein prediction.
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1. Transmembrane Proteins and Protein Structure Prediction : What we can learn from Computational Methods
Abstract : A protein’s 3D-structure is essential to understand how proteins function and interact and how biochemical processes proceed in organic life. Despite the advancement in experimental methods, it remains expensive and time-consuming to determine protein structure experimentally. READ MORE
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2. Mutational effects on protein structure and function
Abstract : In this thesis several important proteins are investigated from a structural perspective. Some of the proteins are disease related while other have important but not completely characterised functions. READ MORE
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3. Topology Prediction of Membrane Proteins: Why, How and When?
Abstract : Membrane proteins are of broad interest since they constitute a large fraction of the proteome in all organisms, up to 20-30%. They play a crucial role in many cellular processes mediating information flow and molecular transport across otherwise nearly impermeable membranes. READ MORE
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4. Application of membrane protein topology prediction
Abstract : Membrane proteins often have essential functions in the cell and many are important drug targets, yet only a small fraction of available protein structures are of membrane proteins. Experimental techniques for elucidating membrane protein structures have proven laborious and expensive, opening the field for comparatively inexpensive computational modeling. READ MORE
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5. Sequence-based predictions of membrane-protein topology, homology and insertion
Abstract : Membrane proteins comprise around 20-30% of a typical proteome and play crucial roles in a wide variety of biochemical pathways. Apart from their general biological significance, membrane proteins are of particular interest to the pharmaceutical industry, being targets for more than half of all available drugs. READ MORE