Alternative chemicals to diverse fossil-fuel-based products is urgently needed to mitigate the
adverse impacts of fossil fuel depletion on human development. To this end, researchers …

High levels of anthropogenic CO 2 emissions are driving the warming of global climate. If
this pattern of increasing emissions does not change, it will cause further climate change …

Acetogenic bacteria use cellular redox energy to convert CO2 to acetate using the Wood–
Ljungdahl (WL) pathway. Such redox energy can be derived from electrons generated from …

In times of global warming and upcoming fossil fuel shortages, the demand for the
replacement of current fossil fuel-based chemical production via the development of …

Acetogenic bacteria are a unique biocatalyst that highly promises to develop the sustainable
bioconversion of carbon oxides (eg, CO and CO2) into multicarbon biochemicals. Genotype …

Among CO2-fixing metabolic pathways in nature, the linear Wood–Ljungdahl pathway
(WLP) in phylogenetically diverse acetate-forming acetogens comprises the most …

Synthesis gas, which is mainly produced from fossil fuels or biomass gasification, consists of
C1 gases such as carbon monoxide, carbon dioxide, and methane as well as hydrogen …

C1 gases, including carbon dioxide (CO2) and carbon monoxide (CO), are major
contributors to climate crisis. Numerous studies have been conducted to fix and recycle C1 …

Acetogens are naturally capable of metabolizing carbon monoxide (CO), a component of
synthesis gas (syngas), for autotrophic growth in order to produce biomass and metabolites …

Eubacterium limosum is one of the important bacteria in C1 feedstock utilization as well as in
human gut microbiota. Although E. limosum has recently garnered much attention and …