Rifaximin Exerts Beneficial Effects Independent of its Ability to Alter Microbiota Composition | Zendy

Dae Joong Kang | Zendy; Genta Kakiyama | Zendy; Naga S. Betrapally | Zendy; Jeremy Herzog | Zendy; Hiroshi Nittono | Zendy; Phillip B. Hylemon | Zendy; Huiping Zhou | Zendy; Ian M. Carroll | Zendy; Jing Yang | Zendy; Patrick M. Gillevet | Zendy; Chunhua Jiao | Zendy; Hajime Takei | Zendy; William M. Pandak | Zendy; Takashi Iida | Zendy; Douglas M. Heuman | Zendy; Sili Fan | Zendy; Oliver Fiehn | Zendy; Takao Kurosawa | Zendy; Masoumeh Sikaroodi | Zendy; R. Balfour Sartor | Zendy; Jasmohan S. Bajaj | Zendy

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Rifaximin Exerts Beneficial Effects Independent of its Ability to Alter Microbiota Composition

Author(s) -

Dae Joong Kang,

Genta Kakiyama,

Naga S. Betrapally,

Jeremy Herzog,

Hiroshi Nittono,

Phillip B. Hylemon,

Huiping Zhou,

Ian M. Carroll,

Jing Yang,

Patrick M. Gillevet,

Chunhua Jiao,

Hajime Takei,

William M. Pandak,

Takashi Iida,

Douglas M. Heuman,

Sili Fan,

Oliver Fiehn,

Takao Kurosawa,

Masoumeh Sikaroodi,

R. Balfour Sartor,

Jasmohan S. Bajaj

Publication year - 2016

Publication title -

clinical and translational gastroenterology

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.673

H-Index - 35

ISSN - 2155-384X

DOI - 10.1038/ctg.2016.44

Subject(s) - rifaximin , glutamine , hyperammonemia , medicine , gut flora , barrier function , hepatic encephalopathy , inflammation , bile acid , glutaminase , immunology , antibiotics , microbiology and biotechnology , biochemistry , chemistry , cirrhosis , biology , amino acid

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