Metabolic modelling and ¹³C flux analysis: Application to biotechnologically important yeasts and a fungus: Dissertation

Engineering

• Carbon Source 100%
• Cerevisiae 66%
• Bioconversion 66%
• Biochemicals 66%
• Metabolic Reaction 66%
• Nuclear Magnetic Resonance Spectroscopy 66%
• Repression 66%
• Microbial 33%
• Mass Spectrometry 33%
• By-Product 33%
• Network Model 33%
• Biosynthetic Pathway 33%
• Glycerol 33%
• Alternative Pathway 33%
• Net Flux 33%
• Computational Analysis 33%
• Measurable Quantity 33%

Biochemistry, Genetics and Molecular Biology

• Metabolic Pathway 100%
• Yeast 50%
• Fungus 50%
• Phenotype 50%
• Dehydratase 50%
• Biotransformation 50%
• Catabolite Repression 50%
• Organisms 25%
• Saccharomyces cerevisiae 25%
• Catabolism 25%
• Anabolism 25%
• Quantitative Technique 25%
• Degradation 25%
• Trichoderma reesei 25%
• Mass Spectrometry 25%
• Macromolecule 25%
• Carbon Metabolism 25%
• Metabolic Flux 25%
• Metabolic Network 25%
• D-Galacturonic Acid 25%
• Microbial Metabolism 25%
• Growth Rate 25%
• Flux Analysis 25%
• Net Flux 25%

Agricultural and Biological Sciences

• Metabolism 75%
• Yeast 50%
• Fungi 50%
• Metabolite 50%
• Phenotype 50%
• Bioconversion 50%
• Nuclear Magnetic Resonance Spectroscopy 50%
• Saccharomyces cerevisiae 25%
• Mass Spectrometry 25%
• Trichoderma reesei 25%
• Amino Acids 25%
• Glycerol 25%
• Pichia pastoris 25%
• Metabolic Network 25%