Microbial exo-interactomics and its relevance for biotechnological use of secondary metabolites, hydrophobins and extracellular enzymes - DTU Orbit

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Microbial exo-interactomics and its relevance for biotechnological use of secondary metabolites, hydrophobins and extracellular enzymes

Project: PhD

With the same participants

The presence of spores, micro-particles and metabolites in the indoor environment
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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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Diversity of the Microflora in Cystiv Fibrosis Airways
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Optimization of processing conditions for biomass conversion to green chemical production
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Discovery of novel fungal enzymes and metabolites for accelerated biomass conversion
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Discovery of novel fungal enzymes and metabolites for accelerated biomass conversion
Project: PhD
Optimization of processing conditions for green chemical production
Project: PhD

Jensen, Britt Guillaume (Phd Student)
Nielsen, Kristian Fog (Main Supervisor)
Jelsbak, Lars (Supervisor)
Pedersen, Mona Højgaard (Supervisor)
Jacobsen, Susanne (Supervisor)
Frisvad, Jens Christian (Supervisor)
Søndergaard, Ib (Supervisor)
Regenberg, Birgitte (Examiner)
Beauvais, Anne (Examiner)
Workman, Mhairi (Examiner)

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Status	Completed
Period	01-01-09 → 21-11-12

Financing source	Internal funding (public)
Research programme	Institut stipendie (DTU)

Publications

Aspergillus hydrophobins - Identification, classification and characterization
Publication: Research › Ph.d. thesis – Annual report year: 2013

ID: 2330392