The effects of micronutrient deficiencies on bacterial species from the human gut microbiota

Keyphrases

• Human Gut Microbiota 100%
• Retinol 100%
• Bacterial Species 100%
• Micronutrient Deficiency 100%
• Vitamins 60%
• AcrAB-TolC 60%
• AcrR 60%
• B. Vulgatus 60%
• Vitamin A Deficiency 40%
• Efflux System 40%
• RNA Sequencing (RNA-seq) 20%
• Effective Treatment 20%
• Genetic Complementation 20%
• Zinc 20%
• Human Gut 20%
• Treatment Strategy 20%
• Efflux 20%
• Pharmacological Inhibitors 20%
• Bile Acid Metabolism 20%
• Gut Microbiota 20%
• Bile Acids 20%
• Folate 20%
• Repressor 20%
• Transcription Factor Binding 20%
• Micronutrients 20%
• Binding Assay 20%
• RNA Transcription 20%
• Microbiota 20%
• Acid-sensitive 20%
• Metabolism in Vivo 20%
• Adult Humans 20%
• Transposon mutants 20%
• Metatranscriptomics 20%
• Bacteroides Vulgatus 20%
• Bacterial Community Structure 20%
• Bile Acid Metabolites 20%
• Mineral Micronutrients 20%
• Mechanistic Insights 20%
• Mutant Strain 20%
• Gnotobiotic Mice 20%

Immunology and Microbiology

• Intestine Flora 100%
• Bile 100%
• Wild Type 50%
• Genetic Complementation 50%
• Transcription Factors 50%
• RNA Sequence 50%
• Gnotobiotics 50%
• Repressor Gene 50%
• Transposon 50%
• Metabolite 50%
• Microflora 50%
• Bile Acid Metabolism 50%
• Bacteroides vulgatus 50%

Biochemistry, Genetics and Molecular Biology

• Intestine Flora 100%
• Vitamin A 100%
• Deficiency 100%
• Retinol 83%
• Bile Acid 33%
• Vitamin A Deficiency 33%
• RNA Sequence 16%
• Wild Type 16%
• Genetic Complementation 16%
• Transcription Factors 16%
• Metabolite 16%
• Gnotobiotics 16%
• Repressor 16%
• Microflora 16%
• Transposable Element 16%
• Folic Acid 16%
• Bile Acid Metabolism 16%
• Metatranscriptome 16%
• Bacteroides vulgatus 16%
• Grand Unified Theory 16%