Sensing the future of molecule detection and bioproduction

Synthetically engineered biosensors, which can be designed to detect and signal the presence of specific small molecule compounds, have already unlocked many potential applications by harnessing bacterial cells such as E. ...

Reconstructing evolutionary history

Biologist Angela Hancock's current ERC funded project brings the Cape Verde Islands to the Max F. Perutz Laboratories (MFPL): Research with the model organism Arabidopsis thaliana helps her reconstruct the evolutionary history ...

Increasing production of seed oils

Plant-derived oils are widely used all over the world both for food and for industrial purposes. In recent years they have also attracted attention as raw materials for potential bio-fuels and bio-plastics that are friendly ...

Plants defend their territory with toxic substances

Plants are stakeholders in a subtle and complex chemical warfare to secure optimal growth conditions. Although it has been known for decades that plants produce and release chemical substances to fight their neighbors, it ...

Cellular damage control system helps plants tough it out

As food demands rise to unprecedented levels, farmers are in a race against time to grow plants that can withstand environmental challenges—infestation, climate change and more. Now, new research at the Salk Institute, ...

Increasing crop resistance to pathogens

We all know that animals have an immune system - but plants have systems to fight infection too. Plant cells have receptor proteins which bind with parts of a pathogen. These receptor proteins are located on the surface of ...

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