Carbohydrate starvation causes a metabolically active but nonculturable state in Lactococcus lactis

Medicine & Life Sciences

• Lactococcus lactis 100%
• Starvation 78%
• Carbohydrates 63%
• Sugars 56%
• Lactococcus 45%
• Autolysis 41%
• Branched Chain Amino Acids 37%
• Lactose 34%
• Adenosine Triphosphate 33%
• Cell Division 27%
• Proton-Motive Force 19%
• Genes 17%
• Esterases 17%
• Lipase 16%
• Limit of Detection 15%
• Glutamine 15%
• Methionine 15%
• Cell Wall 14%
• Growth 14%
• Serine 14%
• Arginine 13%
• Culture Media 13%
• Peptide Hydrolases 12%
• Cell Membrane 10%
• Amino Acids 10%
• Genome 9%
• Peptides 9%
• Gene Expression 8%

Agriculture & Biology

• Lactococcus lactis 82%
• starvation 65%
• carbohydrates 49%
• sugars 38%
• Lactococcus 36%
• autolysis 35%
• lactose 26%
• cell division 25%
• metabolism 25%
• proton-motive force 19%
• cells 18%
• energy 17%
• amino acid metabolism 16%
• genes 15%
• esterases 13%
• detection limit 13%
• serine 13%
• methionine 12%
• cell membranes 12%
• cell walls 10%
• culture media 10%
• peptides 9%
• metabolites 9%
• environmental factors 9%
• amino acids 8%
• genome 8%

Earth & Environmental Sciences

• starvation 87%
• carbohydrate 72%
• cell 44%
• sugar 36%
• amino acid 25%
• metabolism 23%
• gene 20%
• catabolism 12%
• gene expression 10%
• translocation 9%
• energy production 9%
• peptide 9%
• product 8%
• genome 8%
• metabolite 8%
• environmental conditions 7%
• substrate 6%
• membrane 6%
• detection 5%