Global industrial operations and commodity productions rely on fossil fuels that are non-
renewable resources, projected to be exhausted by 2050. To mitigate and compensate for …

The development of renewable fuels of the future is important for the replacement of
depleting oil and natural gas reserves. Hydrogen is one of the most promising clean fuels …

[NiFe]-hydrogenases are gas-processing metalloenzymes that catalyze the conversion of
dihydrogen (H2) to protons and electrons in a broad range of microorganisms. Within the …

Microalgae convert light energy into molecular hydrogen. It is a strictly anaerobic process. In
recent years, researchers achieved tremendous success in the investigation of the light …

[NiFe]–hydrogenases catalyze uptake and evolution of H2 in a wide range of
microorganisms. The enzyme is characterized by an inorganic nickel/iron cofactor, the latter …

The methods for establishing synthetic lifeforms with rewritten genetic codes comprising non-
canonical amino acids (NCAA) in addition to canonical amino acids (CAA) include proteome …

As hydrogen continues to become rather promising for the generation of clean and
sustainable energy, effective and low‐cost sensors are progressively necessary to ensure …

Biohydrogen is a renewable source of energy which is cleaner and more cost-effective than
other biofuels. Hydrogen produced through the action of living organisms is called …

Photosynthesis is the most important chemical process on our planet [1]. The invention of
water splitting by early photosynthetic organisms led to an oxygen-rich atmosphere and the …

Abstract Die vermehrte Nutzung von Sonnenlicht als erneuerbare Energiequelle wird
zunehmend als wichtiges Ziel für die Zukunft anerkannt. Die potenziellen Methoden zur …