Search for dissertations about: "genome-scale modeling"
Showing result 6 - 10 of 19 swedish dissertations containing the words genome-scale modeling.
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6. Computing abundance constraints in Saccharomyces cerevisiae’s metabolism
Abstract : The unicellular eukaryotic organism Saccharomyces cerevisiae (budding yeast) is routinely used for production of high-value chemical compounds in the biotechnology industry. To improve production yields, it is fundamental to understand cellular metabolism, i.e. all biochemical reactions that occur inside the cell. READ MORE
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7. Engineering yeast for improved recombinant protein production
Abstract : Recombinant proteins are broadly used from basic research to therapeutic development and include industrial enzymes and pharmaceutical proteins. The increasing demand for improved production and enhanced quality of recombinant proteins requires robust biotech-based strategies to overcome the limitations of protein extraction from natural sources. READ MORE
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8. Systems Analysis of the Protein Secretory Pathway in Yeast and Human Cells
Abstract : The cell was discovered by Robert Hooke in 1665, later in nineteen century the cell theory was developed as all organisms are composed of one or more cells. Since then, many tools and experimental methods have been developed to dissect and characterize the cell components which resulted in established solid scientific fields such as biochemistry, molecular cell biology and genetics. READ MORE
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9. Constraint-based modeling of yeast metabolism and protein secretion
Abstract : Yeasts are extensively exploited as cell factories for producing alcoholic beverages, biofuels, bio-pharmaceutical proteins, and other value-added chemicals. To improve the performance of yeast cell factories, it is necessary to understand their metabolism. READ MORE
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10. Heterogeneity of human metabolism in health and disease: a modelling perspective
Abstract : Metabolism is broadly defined as the sum of biochemical reactions within cells that are involved in maintaining the living state of the organism. Profound importance of metabolism comes from the fact that it is the sole source of energy that allows life to resist to be degraded into entropy. READ MORE