Structure/function relationship investigations of glycoside hydrolases in families GH31, 42 og 43 in - DTU Orbit

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Structure/function relationship investigations of glycoside hydrolases in families GH31, 42 og 43 in

Project: PhD

With the same participants

Molecular Interactions of Probiotics with Extracts fra Medicinal Plants, Oligosaccharides and Adhesion to Mucin: Cell Wall and Membrane Proteome Analysis, Protein Structure and Function
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Identification of serum biomarkers with the ability to predict neurodegenerative changes and segment according to diagnosis
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Thiol Redox Control Systems in Lactic Acid Bacteria
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Engineering Alfa-glucan-active GH13 enzymes as tools for bio-engineering of starch and related alfa-glucans and specific inhibitor recognition
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Identification of disease relevant post translational modifications of proteins in pulmonary fibrosis as novel biochemical marker targets
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From 2D spots to 3D structures. Proteomics- based spatio - temporal barley seed profiling and structure/function invistigations of key proteins
Project
Surface Binding Sites on Carbohydrae -Active Enzymes
Project: PhD
Discovery and characterisation of surface binding sites in polysaccharide converting enzymes
Project
Structure, function and protein engineering in starch debranching enzyme systems
Project: PhD

Viborg, Alexander Holm (Phd Student)
Abou Hachem, Maher (Supervisor)
Svensson, Birte (Main Supervisor)
Jacobsen, Susanne (Supervisor)

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Status	Current
Period	01-11-10 → 31-10-13

Financing source	Internal funding (public)
Research programme	Institut/centerfinansieret

ID: 2332523