Genetically-engineered resistance to potato nematodes. Validated RNRRS Output.


This is one of 280 summaries describing key outputs from the projects run by DFID's 10-year Renewable Natural Resources Research Strategy (RNRRS) programmes.

Principally based on Projects R6360, R7548 and R8031. Potatoes that are genetically modified to resist nematodes are ready to use. Nematodes are parasites that cause huge crop losses—about US$125 billion a year—or enough to provide for 50 million people in Africa. Already accepted in Bolivia, Peru, India and China, nematode-resistant potatoes could boost potato harvests worldwide. People just need to be reassured that they are completely safe, both as food and for the environment. Breeding nematode resistance in potatoes by conventional methods takes ages—up to fifty years. Now, the gene technology makes it possible very quickly. So, the technology has a huge potential for crops that are important for reducing poverty but are neglected by profit-oriented plant breeders.

The CD has the following information for this output: Description, Validation, Current Situation, Current Promotion, Impacts On Poverty, Environmental Impact. Attached PDF (13 pp.) taken from the CD.


PSP21, New technologies, new processes, new policies: tried-and-tested and ready-to-use results from DFID-funded research, Research Into Use Programme, Aylesford, Kent, UK, ISBN 978-0-9552595-6-2, p 7.

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