Exploring metabolic pathway reconstruction and genome-wide expression profiling in Lactobacillus reuteri to define functional probiotic features

Medicine & Life Sciences

• Lactobacillus reuteri 100%
• Probiotics 68%
• Metabolic Networks and Pathways 64%
• Human Milk 53%
• Genome 43%
• Thiamine 19%
• Immunomodulation 18%
• Survival 17%
• Vitamin B 12 17%
• Operon 17%
• Mucus 17%
• Anti-Infective Agents 16%
• Vitamins 16%
• Microbiota 15%
• Folic Acid 15%
• Health Promotion 15%
• Biofilms 15%
• Transcriptome 14%
• Gastrointestinal Tract 13%
• Carrier Proteins 13%
• Genes 12%
• Reactive Oxygen Species 12%
• Enzymes 8%
• Growth 8%
• Health 7%

Agriculture & Biology

• Lactobacillus reuteri 88%
• probiotics 61%
• biochemical pathways 53%
• genome 35%
• health promotion 11%
• breast milk 11%
• transcriptomics 9%
• anti-infective agents 8%
• immunomodulation 7%
• disease prevention 6%
• vitamin B12 6%
• exopolysaccharides 6%
• folic acid 5%
• thiamin 5%
• mucus 5%
• biofilm 5%
• microbiome 5%
• gastrointestinal system 5%
• operon 5%
• vitamins 4%
• transcriptome 4%
• binding proteins 4%
• reactive oxygen species 4%
• digestive system 4%
• developmental stages 3%
• genes 3%
• metabolites 3%
• biosynthesis 3%
• genomics 3%
• synthesis 2%
• enzymes 2%

Chemistry

• Metabolic 52%
• Strain 44%
• Vitamin 11%
• Antimicrobial Agent 8%
• Metabolic Reaction 8%
• Exopolysaccharide 7%
• Biofilm Formation 7%
• Thiamine 7%
• Folate 6%
• Microarrays 6%
• Reactive Oxygen Metabolite 5%
• Biosynthesis 4%
• Metabolite 4%
• Protein 2%