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Microscopic image with different types of wood and their automatic recognition

Computer-aided development cycles in biology. Cogwheels represent the synergy and continuous interaction of computational (in silico) and synthetic (in vivo) work.

In this bioreactor, FORMO uses microorganisms to produce bioidentical milk proteins.

Pork from the bioreactor

The planting of six evaporation beds on the former site of Berlin-Tegel Airport took place in August 2024.

In the NOcsPs joint project, state-of-the-art technologies were utilised alongside organic cultivation principles.

Two-stage bioreactor system in which yeast enriched with proteins and vitamin B9 is produced.

BASF employees on a test field for wheat in Rhineland-Palatinate

Researchers at DFKI have been working on enabling robots to find their way around a farm autonomously. The technology could be used for spot farming.

Nitrogen is an important nutrient for food crops such as wheat, and is supplied in the form of fertiliser.

Constanze Schultz (right) from Leibniz IPHT and Dr Thomas Wichard from the University of Jena investigate the growth of the green alga Ulva using Raman spectroscopy.

Clusters from eleven European countries have joined the new bioeconomy alliance EBCA.

A genetically modified Pseudomonas putida bacterium that can break down nylon and convert it into valuable substances.

The innovative internal structure of the CellScrew offers cell cultures a large growth surface in a very small space.

Fungi form an extensive underground network called mycelium.

Sensitive foods are often packaged in a modified atmosphere to protect them from germs and extend their shelf life.

The scientists developed an AI model that can distinguish weeds from sorghum in drone images. Drone images of the TFZ trial areas in Straubing served as the data basis.