In this AHRI Snapshots, we catch up with Principal Research fellow, Dr Qin Yu about her latest paper on glyphosate resistance in goosegrass.
This paper was published in Nature Communications in August 2023, which is an impressive achievement.
This paper is complicated, but essentially the researchers have found a hot spot on the genome of goosegrass that is a herbicide resistance generator.
In this research, the team found that in glyphosate-resistant goosegrass the EPSPS gene was translocated to the sub-telomer region and duplicated many times there, leading to glyphosate resistance occurring.
This work is useful not only in resistance gene discovery, but also in the development of gene-based next generation herbicides, like RNAi, as well as genetic reversal of resistance.
It will also contribute to studying the weediness and adaptation of this global weed species.
You can follow AHRI on Twitter here. To learn more about AHRI's research and team, check out the website here.
In this AHRI Snapshots, we catch up with Principal Research fellow, Dr Qin Yu about her latest paper on glyphosate resistance in goosegrass.
This paper was published in Nature Communications in August 2023, which is an impressive achievement.
This paper is complicated, but essentially the researchers have found a hot spot on the genome of goosegrass that is a herbicide resistance generator.
In this research, the team found that in glyphosate-resistant goosegrass the EPSPS gene was translocated to the sub-telomer region and duplicated many times there, leading to glyphosate resistance occurring.
This work is useful not only in resistance gene discovery, but also in the development of gene-based next generation herbicides, like RNAi, as well as genetic reversal of resistance.
It will also contribute to studying the weediness and adaptation of this global weed species.
You can follow AHRI on Twitter here. To learn more about AHRI's research and team, check out the website here.