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3: Proposed molecular structure of the iron-sulfur cluster of HydF loaded with the H-cluster pdt-mimic.

3: Proposed molecular structure of the iron-sulfur cluster of HydF loaded with the H-cluster pdt-mimic.

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Figure 1.2: Molecular structure of [FeFe]-hydrogenase cofactor. Metal...
Figure 1.4: In vitro activation of the [FeFe]-hydrogenase. The red...
Figure 1.7: Left: H-atom abstraction from the substrate peptide in...
Figure 1.8: Two representative structures of typical radical SAM...
+103 Figure 1.10: Residues involved in SAM coordination in the active site...
E Thesis Beata Monfort Dec 2018
Thesis
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  • Feb 2019
The [FeFe]-hydrogenase enzyme is highly efficient at producing hydrogen under anaerobic conditions, hence a promising target to study in respect to scarce fossil energies and as an alternative zero-carbon energy source. The biosynthesis of the active [FeFe]-hydrogenase cofactor is a result of an interplay between three maturation enzymes named HydF...
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