Comparative transcriptomics reveals the electrosynthesis mechanisms of Sporomusa ovata under different reduction potentials
Understanding the metabolic mechanism of Sporomusa ovata is crucial for the practical applications of microbial electrosynthesis systems (MESs), a promising technology to sequester CO2. This study aims to investigate the electrosynthesis mechanisms of S. ovata under different cathodic potentials using comparative transcriptomics.
Understanding the metabolic mechanism of Sporomusa ovata is crucial for the practical applications of microbial electrosynthesis systems (MESs), a promising technology to sequester CO2. This study aims to investigate the electrosynthesis mechanisms of S. ovata under different cathodic potentials using comparative transcriptomics.
jiaping HU