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Keyword [Bacteroides fragilis]
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1. Molecular Pathogenesis And Molecular Diagnosis Study Of Human Mucosal Pathogens
2. Study Of Effect And Mechanism Of TREM-1 Gene Silencing By RNA Interference On Inflammatory Responses Induced By Lipoplysaccharide From Bacteroides Fragilis
3. Study Of Effect And Mechanism Of TREM-1 Gene Silencing By RNA Interference On Septic Inflammatory Responses Induced By Bacteroides Fragilis
4. Effect Of Extrinsic N-Acyl-Homoserine Lactone Signal Molecules And Intestine Microflora On Quorum Sensing In Bacteroides Fragilis
5. Effects Of Bacteroides Fragilis And Bacillus Subtilis On Young Rabbits’ Intestinal Microflora And Immune
6. Study On Probiotics Inhibit Meningitis Caused By Cronobacter
7. Isolation, Culture And Identification Of Bacterial Strains From Colorectal Cancer Tissue And Infection Experiment Of Bacteroides Fragilis
8. The Effect Of Enterotoxin Bacteroides Fragilis Infection On Colorectal Cancer
9. Molecular Recognition And Binding Between Bacteroides Fragilis CcrA Enzyme And Cephalosporin Antibiotics
10. Mechanism On Regulation Of Hepcidin By Commensal Bacteria
11. Efficacy And Mechanism Of Bacteroides Fragilis On The Prevention And Treatment Of Cronobacter Sakazakii-induced Necrotizing Enterocolitis
12. Mechanisum Study About LncRNA AK096729 Contributes To CRC Progress By Stimulating MTOR Signaling Pathway
13. The Role And Mechanism Of Intestinal Flora In Graves' Disease
14. Effect Of Bacteroides Fragilis In Necrotizing Enterocolitis Mouse Model And Role Of Streptococcus Mitis In Pseudomonas Aeruginosa Infection
15. The Pathogenesis Of Lipopolysaccharide (LPS) From Cronobacter Sakazakii And The Intervention Of Bacteroides Fragilis
16. The Safety Acessement Of A Novel Bacteroides Fragilis
17. Therapeutic Effects Of Bacteroides Fragilis For Vibrio Parahaemolyticus Infection In Vitro And In Vivo Experiments
18. Insights into the Mechanism of Oxygen-mediated Growth Arrest of Bacteroides fragilis
19. Characteristics Of Intestinal Micrbiota Of Colorectal Laterally Spreading Tumors
20. Downregulation Of Farnesoid X Receptor Promotes Colorectal Tumorigenesis By Facilitating Enterotoxigenic Bacteroides Fragilis Colonization
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