The production of hydrogen via microbial biotechnology is an active field of research. Given
its ease of manipulation, the best‐studied bacterium Escherichia coli has become a …

Hydrogen is an attractive energy carrier because of its high energy density, and used as a
raw material in various chemical processes. Nowadays, hydrogen demand is supplied from …

Hydrogen, the most abundant and lightest element in the universe, has much potential as a
future energy source. Hydrogenases catalyse one of the simplest chemical reactions, 2H++ …

Hydrogen is a potential sustainable energy source and it could become an alternative to
fossil fuel combustion, thus helping to reduce greenhouse gas emissions. The biological …

To utilize fermentative bacteria for producing the alternative fuel hydrogen, we performed
successive rounds of P1 transduction from the Keio Escherichia coli K-12 library to introduce …

Escherichia coli has been a robust host strain for much biological research, in particular,
research in metabolic engineering, protein engineering, and heterologous gene expression …

Metabolic engineering has been studied extensively to improve microbial hydrogen (H 2)
production. Elimination or modification of carbon metabolic pathways, incorporation of …

Fermentation conditions (eg, pressure and medium) are well-documented to impact the yield
of microbial products in bioreactors. In this study we used carefully controlled batch …

Dark, anaerobic hydrogen fermentations of starches and sugars have generally produced
less than 20% of the stoichiometrically possible yield, compared to 80–90% yields in the …

Hydrogen is evolving as one of the prime alternate fuels of the era. Microbial production of
hydrogen is produced either by photo fermentation or dark fermentation. However, most of …