… derived from 10 independent studies. Furthermore, we report positive associations at the
genus and species levels between Christensenella spp. and Methanobrevibacter smithii, the …

… To reach a better understanding of the syntrophy between … that Methanobrevibacter smithii
was the major methanogen from the … hydrogen transfer is more favorable for short interspecies …

… In co-cultures with Methanobrevibacter smithii, C. minuta supports CH4 formation, … the
underlying molecular mechanisms of H2 transfer and the benefits of microbial syntrophy is central …

… capabilities in addition to syntrophy (eg fermentative, … /hydrogen/direct) electron transfer
mechanisms. We also use information … Their adaptation to inter-species cooperation and diverse …

… , as well as higher absolute abundance of Methanobrevibacter smithii in … Christensenella
spp can transfer H 2 to Methanobrevibacter spp, confirming the syntrophic relationship between …

… family Christensenellaceae indicated a syntrophic relationship via interspecies hydrogen
transfer, … of Christensenellaceae strains. Citation33 Although B. hydrogenotrophica and D. …

… In a synthetic gut microbial community, addition of the H 2 -consuming human gut methanogen
Methanobrevibacter smithii decreased butyrate production alongside H 2 concentration. …

… , mostly based on hydrogen transfer, which is the driving factor for potential benefit for both
… Syntrophy via Interspecies H 2 Transfer between Christensenella and Methanobrevibacter …

… Methanobrevibacter smithii uses hydrogen to reduce CO 2 to … hydrogen for the reduction of
methanol to methane. Four … by Christensenella was consumed by the Methanobrevibacter [41]…

… The quintessential example of syntrophy is interspecies H 2 transfer (discussed in detail
below). Other examples of syntrophy include reciprocal feeding on metabolites produced by …