The role of antibiotics in gut microbiota modulation: the eubiotic effects of rifaximin
Antibiotics are mainly used in clinical practice for their activity against pathogens, but they
also alter the composition of commensal gut microbial community. Rifaximin is a non-
absorbable antibiotic with additional effects on the gut microbiota about which very little is
known. It is still not clear to what extent rifaximin can be able to modulate gut microbiota
composition and diversity in different clinical settings. Studies based on culture-dependent
techniques revealed that rifaximin treatment promotes the growth of beneficial bacteria, such …
also alter the composition of commensal gut microbial community. Rifaximin is a non-
absorbable antibiotic with additional effects on the gut microbiota about which very little is
known. It is still not clear to what extent rifaximin can be able to modulate gut microbiota
composition and diversity in different clinical settings. Studies based on culture-dependent
techniques revealed that rifaximin treatment promotes the growth of beneficial bacteria, such …
The Role of Antibiotics in Gut Microbiota Modulation: The Eubiotic Effects of Rifaximin.
Antibiotics are mainly used in clinical practice for their activity against pathogens, but they
also alter the composition of commensal gut microbial community. Rifaximin is a non-
absorbable antibiotic with additional effects on the gut microbiota about which very little is
known. It is still not clear to what extent rifaximin can be able to modulate gut microbiota
composition and diversity in different clinical settings. Studies based on culture-dependent
techniques revealed that rifaximin treatment promotes the growth of beneficial bacteria, such …
also alter the composition of commensal gut microbial community. Rifaximin is a non-
absorbable antibiotic with additional effects on the gut microbiota about which very little is
known. It is still not clear to what extent rifaximin can be able to modulate gut microbiota
composition and diversity in different clinical settings. Studies based on culture-dependent
techniques revealed that rifaximin treatment promotes the growth of beneficial bacteria, such …
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