Abstract One-carbon (C1) compounds have emerged as a key research focus due to the
growth of metabolic engineering and synthetic biology as affordable and sustainable …

Adaptive laboratory evolution (ALE) is a useful experimental methodology for fundamental
scientific research and industrial applications to create microbial cell factories. By using ALE …

Highlights•C1 substrates are low-cost feedstocks supplied in abundance from waste
sources.•Microbial utilization of C1 substrates provides a sustainable conversion …

The current study proposes integrating syngas fermentation and electrodialysis (ED)
systems to reduce operating costs of fermentation process by reusing nutrients required for …

Adaptive laboratory evolution (ALE) has long been used as the tool of choice for microbial
engineering applications, ranging from the production of commodity chemicals to the …

Microbes able to convert gaseous one-carbon (C1) waste feedstocks are increasingly
important to transition to the sustainable production of renewable chemicals and fuels …

Microbial cell factories offer an eco-friendly alternative for transforming raw materials into
commercially valuable products because of their reduced carbon impact compared to …

Growing environmental concerns and the urgency to address climate change have
increased demand for the development of sustainable alternatives to fossil-derived fuels and …

Background: The toxic gas carbon monoxide (CO) is abundantly present in synthesis gas
(syngas) and certain industrial waste gases that can serve as feedstocks for the biological …

The pressing climate change issues have intensified the need for a rapid transition towards
a bio-based circular carbon economy. Harnessing acetogenic bacteria as biocatalysts to …