Search for dissertations about: "Sophia Hober"
Showing result 11 - 15 of 19 swedish dissertations containing the words Sophia Hober.
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11. Generation and engineering of ABD-derived affinity proteins for clinical applications
Abstract : Proteins that specifically recognize and bind to other molecules or structures are important tools in industrial and medical applications. Binding proteins engineered from small stable scaffold proteins have been utilized for several purposes due to their favorable biophysical properties, tolerance to mutagenesis, efficient tissue penetration and ease of production. READ MORE
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12. An albumin-binding domain as a scaffold for bispecific affinity proteins
Abstract : Protein engineering and in vitro selection systems are powerful methods to generate binding proteins. In nature, antibodies are the primary affinity proteins and their usefulness has led to a widespread use both in basic and applied research. READ MORE
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13. Calcium-dependent Affinity Domains for the Purification of Antibodies and Antibody Fragments
Abstract : Antibodies are essential proteins in both our bodies and biotechnological research, and hold outstanding therapeutic value. The market for antibody-based therapeutics has grown exponentially during the last decades, owing to several advantages over small molecule drugs, such as fewer undesirable side effects associated with a higher target specificity. READ MORE
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14. Characterization of Antigenic Properties and High Throughput Protein Purification
Abstract : To understand the cellular processes, knowledge of the localization and function of proteins are essential. There are several high throughput ventures examining the human proteome. However, there are some bottlenecks in these ventures. For example the production and expression of soluble proteins for analysis. READ MORE
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15. Proteome wide protein production
Abstract : Over a decade after the completion of the human genome, researchers around the world are still wondering what information is hidden in the genome. Although the sequences of all human genes are known, it is still almost impossible to determine much more than the primary protein structure from the coding sequence of a gene. READ MORE