… the rational design of engineered microorganisms with higher BHP productivity. In this review,
we focus on hydrogenases and nitrogenases involved in biological hydrogen production, …

… Bacteria use two distinct classes of hydrogenases to overcome these challenges, the [NiFe]-hydrogenases
and [FeFe]-hydrogenases, … evolution, these hydrogenases exhibit structural …

… ]-hydrogenases and a putative [NiFe]-hydrogenase genes. A systematic knockout study
revealed that the hfs genes encoding for TsHfsB and TsHfsD [FeFe]-hydrogenases are essential …

… Microbes not only produce molecular hydrogen (H 2 ) but can also utilize it as an electron
acceptor with the help of hydrogenases. The capability of microorganisms to use or produce H …

… hydrogenases sequences it is likely that the metal prosthetic groups are the target of inhibition.
Here, a selection of hydrogenases… H 2 oxidizing bacteria are known to be associated with …

… A similar architecture of the active site of all [NiFe] hydrogenases is also evident from
molecular biological data. The two pairs of cysteine residues at the amino and carboxyl termini of …

… of microbial hydrogenases. We compare various heterologous hydrogenase production …
combined efforts of molecular biology, bioinformatics and synthetic biology may practically …

… The genes for both hydrogenases were expressed when S. aciditrophicus was grown in …
We then compare BF and non-BF NADH-dependent hydrogenases to identify differences that …

… production of microbial biomass, consequently providing valuable biocatalysts promoting
the generation of electrical current in microbial fuel cells (MFCs). [NiFe]–Hydrogenases (Hyds) …

… Higher eukaryotes lack hydrogenases and, therefore, are not able to generate hydrogen …
obtained for bacterial hydrogenases [24], many intestinal bacteria possess hydrogenase and …