Gas fermentation is a promising biological process for the conversion of CO 2 or syngas into
valuable chemicals. Homoacetogens are microorganisms growing autotrophically using CO …

Acetogens grow autotrophically and use hydrogen (H 2) as the energy source to fix carbon
dioxide (CO 2). This feature can be applied to gas fermentation, contributing to a circular …

Gas fermentation is one of the promising bioprocesses to convert CO2 or syngas to
important chemicals. Thermophilic gas fermentation of volatile chemicals has the potential …

Hydrogen (H2) converted to reducing equivalents is used by acetogens to fix and
metabolize carbon dioxide (CO2) to acetate. The utilization of H2 enables not only …

Moorella thermoacetica is an anaerobic thermophilic acetogen that is capable of fermenting
sugars, H 2/CO 2 and syngas (H 2/CO). For this reason, this bacterium is potentially useful …

Anaerobic bacteria such as Moorella thermoacetica have the capacity of fixing carbon
dioxide with carbon monoxide and hydrogen for the production of ethanol, acetic acid, and …

To promote the development of carbon utilization and biomanufacturing industry, one-
carbon substrates are expected to be the next generation feedstocks and attracted much …

Acetogens are efficient microbial catalysts for bioprocesses converting C1 compounds into
organic products. Here, an adaptive laboratory evolution approach was implemented to …

The microbial production of bulk chemicals from waste gas is becoming a pertinent
alternative to industrial strategies that rely on fossil fuels as substrate. Acetogens can use …

Acetogens are among the key microorganisms involved in the bioproduction of commodity
chemicals from diverse carbon resources, such as biomass and waste gas. Thermophilic …