Extracellular and cathodic electrons drive methylotrophic methanogenesis of Methanomassiliicoccus luminyensis
To obtain insights into the gene expression profile of M. luminyensis CZDD1 when using extracellular electrons instead of H2 as the reductant, transcriptomes were compared between its H2- and electron-dependent methylotrophic methanogenic cultures, and coculture with C. malenominatum CZB5.