Transforming Lactococcus lactis into a microbial cell factory

Agricultural and Biological Sciences

• Lactococcus Lactis 100%
• Xylose 100%
• Cells 100%
• Strains 52%
• Genes 33%
• Arginine 28%
• Phosphoketolase 28%
• Organisms 19%
• Transaldolase 14%
• Parents 14%
• Biomass 9%
• Metabolism 9%
• Fossil Fuel 9%
• Arginine Deiminase 9%
• DNA 4%
• Fermentation 4%
• Chromosomes 4%
• Mutation 4%
• Codon 4%
• Arabinose 4%
• Symporter 4%
• Genetic Engineering 4%
• Evolution 4%
• Technology 4%
• Mutants 4%
• Sequencing 4%
• Counters 4%
• Sugars 4%

Biochemistry, Genetics and Molecular Biology

• Xylose 100%
• Lactococcus Lactis 100%
• Nested Gene 33%
• Arginine 28%
• Growth 23%
• Organisms 19%
• Growth Rate 14%
• Pentose Phosphate Pathway 14%
• Transaldolase 14%
• Plasmid 9%
• Metabolic Pathway 9%
• Biomass 9%
• Fossil 9%
• Contrast 9%
• Arginine Deiminase 9%
• Time 9%
• Mutation 4%
• Bacteriophage 4%
• Codon 4%
• Fermentation 4%
• Evolutionary Adaptation 4%
• Catabolism 4%
• Chromosome 4%
• Arabinose 4%
• Electric Potential 4%
• Plant 4%
• Cotransporter 4%
• Genetic Engineering 4%
• Transformation Efficiency 4%
• Experiment 4%
• Aptitude 4%
• Sequencing 4%
• Regulatory Mechanism 4%
• Mutant 4%
• Motivation 4%
• Phosphate 4%
• DNA 4%
• Bacillus subtilis 4%

Chemistry

• Xylose 95%
• Strain 52%
• Arginine 38%
• Chemical Reaction Product 38%
• Phase Composition 19%
• Ethanol 14%
• Acetate 14%
• Lactate 14%
• Formate 14%
• Pentose Phosphate 14%
• Rate 14%
• Concentration 14%
• Atom 14%
• Pharmacological Metabolism 9%
• Reaction Yield 9%
• Fossil Fuel 9%
• Biomass 9%
• % Metabolized 9%
• Time 9%
• Biofuel 9%
• Phosphate 4%
• Arabinose 4%
• Mutation 4%
• Pentose 4%
• Bioconversion 4%
• Chemical Transformation 4%
• Deoxyribonucleic Acid 4%
• D-Xylose 4%
• Engineering Process 4%
• Optimization 4%
• Potential 4%
• Industry 4%
• Acid 4%
• Fermentation 4%
• Drop 4%
• Marker 4%