Microbial Interdomain Interactions Delineate the Disruptive Intestinal Homeostasis in Clostridioides difficile Infection

Keyphrases

• Clostridium Difficile Infection 100%
• Intestinal Homeostasis 100%
• Domain-domain Interaction 100%
• Microbiota 50%
• Community-onset 37%
• Virulence Factors 25%
• Phage 25%
• Abundant Species 25%
• Differentially Abundant 25%
• Health Systems 12%
• Public Health Risk 12%
• High Cost 12%
• Negative Impact 12%
• Virus 12%
• Morbimortality 12%
• Intestinal Microbiota 12%
• Intestinal Microbiome 12%
• Therapeutic Potential 12%
• Diarrhea 12%
• Homeostasis 12%
• Functional Level 12%
• Future Therapeutics 12%
• Beneficial Microorganisms 12%
• Infection Rate 12%
• Antibiotic Resistance Marker 12%
• Metabolic Processes 12%
• Inflammatory Diseases 12%
• Strong Correlation 12%
• Relative Abundance 12%
• Healthcare Facilities 12%
• Metabolism-related Genes 12%
• Bacterial Phyla 12%
• DNA Samples 12%
• Bacterial Population 12%
• Common Pathogens 12%
• Archaebacteria 12%
• Gut Microbiome 12%
• Associated Functions 12%
• Shotgun Sequencing 12%
• Potential Genes 12%
• Spatial Separation 12%
• Archaeal 12%
• Simultaneous Perturbation 12%
• Antimicrobial Resistance Mechanisms 12%
• Microbial Alteration 12%
• Butyrate Metabolism 12%
• Taxonomic Composition 12%

Immunology and Microbiology

• Microflora 100%
• Homeostasis 100%
• Infectious Agent 75%
• Virulence Factor 50%
• Antimicrobial Resistance 50%
• Microbiome 50%
• Bacteriophage 50%
• Virus 25%
• Microorganism 25%
• Intestine Flora 25%
• Metagenomics 25%
• Inflammatory Disorder 25%
• Bacterial Phyla 25%
• Archaeon 25%
• Gut Microbiome 25%
• Bacterial Population 25%