June 25, 2020
Increasing food security in areas that are hard to access. This is one of the ideas behind an important potato innovation by HZPC: hybrid potato breeding.
May 14, 2020
Wageningen University & Research (WUR) is to study wild potato varieties for resistance to a wide range of potato-diseases and plagues. This broad approach should yield breeding material that can be used to develop disease-free potato varieties.
March 09, 2020
Uno de los primeros intercambios entre la población andina y la tierra, fue a través de la papa. Los primeros indicios de su cultivo datan los 8000 años de antigüedad. Desde entonces, generaciones de agricultores han domesticado miles de variedades.
February 10, 2020
In a work published recently in Frontiers in Plant Science, scientists from Argentina and Sweden reported the results of the research that consisted in the edition of a polyphenol oxidase gene in potatoes (Solanum tubersoum L.).
January 13, 2020
The World Potato Congress (WPC) continues with its webinar series in its 2020 on January 24, with a webinar featuring Dr. David Douches of 'Feed the Future – Biotechnology Potato Partnership'
July 08, 2019
The idea was straightforward: develop a sweet potato variety that could be adapted across Canada so the country could grow more sweet potatoes rather than rely on imports.
May 15, 2019
If there’s one thing potato plants don’t like, it’s heat. If the temperature is too high, potato plants form significantly lower numbers of tubers or sometimes none at all. Biochemists at FAU have now discovered the reason why.
December 21, 2018
After 20 years of biotechnological research, the first GM potato that is resistant to the PVY virus will go on sale next year in Argentina
August 25, 2018
El desarrollo de la papa transgénica resistente al virus PVY, aprobada por la Comisión Asesora de Biotecnología Agropecuaria (Conabia) en 2015, finalmente quedó registrada por el Ministerio de Agroindustria de Argentina para su comercialización.
August 06, 2018
J.R. Simplot has acquired a license for CRISPR-Cas9 and related gene editing tools. This provides Simplot with another avenue to add desirable traits to fruits and vegetables, including potatoes.
