2Blades is an agricultural phytopathology non-profit^[1][2] which performs research to improve durable genetic resistance in crops,^[3][4][5] and funds other researchers to do the same. 2Blades was co-founded by Dr. Roger Freedman and Dr. Diana Horvath^[6] in 2004.^[7]

This article reads like a press release or a news article and may be largely based on routine coverage. (July 2021)

2Blades is partly funded by the Gatsby Charitable Foundation^[3][8] does its research at The Sainsbury Laboratory,^[9][10] among other locations ^[which?].^[10] One co-founder, Chairman Roger Freedman also works for Gatsby, which was founded by Lord David Sainsbury.^[11] Freedman had pitched an idea to Sainsbury's venture capital company to begin investing in plant genetic engineering technologies, and although the board did so, they found someone else to lead it.^[12] Freedman had wanted to run it, but was told that was not for him by Sainsbury.^[12] Indeed, soon thereafter Sainsbury set up another early investment company specifically for Freedman and a colleague, and a separate non-profit for Freedman to grant money, both for plant science.^[12] The non-profit was 2Blades.^[12]

2Blades routinely works in partnership with other crop disease organizations like CIMMYT^[4] and BGRI.^[13] The foundation also conducts research in partnerships with the industry, including with Bayer CropScience^[14][15][16] and Monsanto.^[17] The organisation's End the Blight campaign has been joined by CIP (the International Potato Center)^[18] and Chairman of Joseph P. Kennedy Enterprises Christopher Kennedy. This campaign is advancing research and delivering cultivars specifically for Phytophthora infestans in Africa. Mr Kennedy is chairman of 2Blades African Potato Initiative which is funding the delivery of a Victoria-based cultivar to East African markets.^[19]

Crops and pathogens of research interest to the foundation include P. infestans on potato,^[20] rye,^[21] Phakopsora pachyrhizi on soybean,^[14][17] Puccinia graminis f. sp. tritici on wheat,^[22] and Fusarium oxysporum f.sp. cubense on Musa spp.^[23]