At ETH Zurich, scientists from many different fields are working on something that seems straight out of science fiction.

The intricate, hidden processes that sustain coral life are being revealed through a new microscope developed by scientists ...

Overexpression of heterologous proteins from plants, bacteria, and human as fusion constructs in cyanobacteria has been documented in the literature. Typically, the heterologous protein “P” of ...

For a decade, scientists have believed that plants sense temperature mainly through specialized proteins, and mainly at night ...

Scientists are designing a new living material that captures carbon dioxide directly from the air. It uses photosynthetic ...

In many natural habitats, growth of cyanobacteria may be limited by a low concentration of iron. Cyanobacteria respond to this condition by expressing a number of iron-stress-inducible genes, of which ...

Swiss scientists have developed a photosynthetic living material that uses cyanobacteria to absorb and store CO2.

Learn how the living material from ETH Zurich utilizes cyanobacteria to capture CO2 and reduce the carbon footprint of ...

In a nutshell Scientists engineered a self-sustaining system using cyanobacteria and fungi that can grow on Martian soil ...

Scientists created a living material that absorbs CO2 like a tree, offering a low-energy way to fight climate change.

Researchers from the HUN-REN Center for Ecological Research have developed a novel three-dimensional modeling method that ...

Researchers are developing a living material that actively extracts carbon dioxide from the atmosphere. Photosynthetic ...