In silico engineering of Pseudomonas metabolism reveals new biomarkers for increased biosurfactant production

INIS

• production 83%
• pseudomonas 50%
• data 33%
• applications 33%
• engineering 33%
• machine learning 33%
• genes 33%
• modeling 16%
• surfaces 16%
• comparative evaluations 16%
• topology 16%
• membranes 16%
• variations 16%
• range 16%
• growth 16%
• control 16%
• exports 16%
• bacteria 16%
• biosynthesis 16%
• pipelines 16%
• molecules 16%
• metabolism 16%
• biological markers 16%
• reaction rate 16%
• synthesis 16%
• functional analysis 16%
• scale models 16%

Biochemistry, Genetics and Molecular Biology

• Rhamnolipid 100%
• Nested Gene 33%
• Pseudomonas aeruginosa 33%
• Computer Model 33%
• Learning 33%
• Bacterium 16%
• Membrane 16%
• Electric Potential 16%
• Metabolic Pathway 16%
• Organisms 16%
• Pseudomonas 16%
• Anabolism 16%
• Pseudomonas putida 16%
• Surface Property 16%
• Synthesis 16%
• Growth 16%
• Molecule 16%
• Drive 16%