In Missouri, researchers at the University of Missouri have used nuclear methods to find key information that can help breed western corn rootworm resistant corn. The rootworm is a major corn pest that eats away at the crop’s roots and can severely damage the plant. Researchers tagged auxin, a plant hormone that stimulates new root growth, and tagged an amino acid, glutamine, which helps control auxin, with radioactive tracers to see how corn plants transport and utilize auxin and glutamine. They then looked at how corn plants use auxin and glutamine to increase the root’s ability to resist attack from the rootworm and repair roots. By improving glutamine and auxin when breeding crops, scientists can create rootworm-resistant corn to minimize the damage done by the pest.
Latest article
University of Edinburgh researchers bring us a step closer to space bacon
In Scotland, researchers from the University of Edinburgh’s Roslin Institute have created a pig cell line capable of producing fat cells with “remarkable consistency”...
Lab-grown leather pioneer Faircraft acquires assets from DiCaprio-backed VitroLabs
In Paris, biotech start-up Faircraft has announced the acquisition of key assets from U.S.-based VitroLabs, a pioneering player in the lab-grown leather industry that...
Teysha outfits Everest team with biodegradable eyewear
In the United Kingdom, Teysha Technologies is supplying four former special forces soldiers with biodegradable sunglasses as they attempt a world record on the...