Cultivation
To identify certain groups of organisms, metabolic processes and toxic end products, it is necessary to cultivate the microorganisms in the laboratory. This is done in the absence of oxygen in small pressurized containers (serum bottles) or on a large scale in technical bioreactors.
A special method known as anaerobic technology is used for this type of cultivation. This requires not only special equipment and devices, but also practical experience in handling highly sensitive microorganisms.
Microbial Biodiversity
Our gallery gives you a small insight into the diversity of extremophilic microorganisms. These include hydrogen-consuming microorganisms such as sulfate reducers (SRB), methanogenic archaea and homoacetogens.
Microbial Biodiversity
Our gallery gives you a small insight into the diversity of extremophilic microorganisms. These include hydrogen-consuming microorganisms such as sulfate reducers (SRB), methanogenic archaea and homoacetogens.
Microbial Biodiversity
Our gallery gives you a small insight into the diversity of extremophilic microorganisms. These include hydrogen-consuming microorganisms such as sulfate reducers (SRB), methanogenic archaea and homoacetogens.
Microbial Biodiversity
Our gallery gives you a small insight into the diversity of extremophilic microorganisms. These include hydrogen-consuming microorganisms such as sulfate reducers (SRB), methanogenic archaea and homoacetogens.
Microbial Biodiversity
Our gallery gives you a small insight into the diversity of extremophilic microorganisms. These include hydrogen-consuming microorganisms such as sulfate reducers (SRB), methanogenic archaea and homoacetogens.