Linking genetic resources, genomes and phenotypes of solanaceae. Official account of the EU project G2P-SOL - funded under @EU_H2020 Grant Agreement No 677379.
Improving the levels of health-promoting γ-aminobutyric acid in tomato by deleting a C-terminal inhibitory domain in a biosynthetic enzyme. Hiroshi Ezura at #EucarpiaTomato2022.
(2/2) The workshop will feature some of the world experts on this topic (https://t.co/NWggBreZET). Registration is free. Late birds can register by sending an email with their name, affiliation, and country to [email protected]
Mon 13 to Wed 15, we'll be holding via Zoom the final workshop of the Horizon 2020 project " “Linking genetic resources, genomes and phenotypes of Solanaceous crops (G2P-SOL)”. The title of the workshop is "Multi-omics management of plant genetic resources" (1/2).
Nice presentation by Tim Rabanus-Wallece from @IPKGatersleben on results of the #G2PSOL#H2020 project: "The human history of chilli peppers told by 10,000 genebank samples". The history of 🌶️🫑revealed based on #genebank passport and genetic data!!!
If you have an interest in #Solanaceae vegetable crops breeding (tomato, pepper, eggplant) do not miss the #G2PSOL Advanced Training School that will be held online on Oct. 11-13, 2021. Registration is free!! Check the web page at: https://t.co/Ii7kA2CHzc
Lorenzo Barchi @balurens is now presenting the insights on eggplant domestication by improved genome assembly and pan-genome analysis at the #EUCARPIA General Congress @solgenetics
[PNAS] Global range expansion history of pepper (Capsicum spp.) revealed by over 10,000 genebank accessions [Agricultural Sciences] https://t.co/BZuAA3ZVhK
A combination of phenotypes of cultivated eggplant and its @CropWildRelativ-es can be spotted among advanced backcrosses. An advanced backcross with Solanum insanum displays the shape and chlorophyll distribution pattern of the wild donor. @CropTrust@noradno@SeedCrop
The recent publication for our work on base editing in tomato is available. This was a fun collaboration with Yiping Qi's group at U of Maryland!
Genome- and transcriptome-wide off-target analyses of an improved cytosine base editor https://t.co/9lsuEgD1bI