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Nicholas Talbot

Nicholas Talbot

Professor Nicholas Talbot FRS

Fellow


Elected: 2014

Contact:

Twitter@talbotlabTSL

wwwwww.tsl.ac.uk/staff/professor-nick-talbot/

ORCID0000-0001-6434-7757

Biography

Nick Talbot is making significant contributions to our understanding of how fungi infect plants and cause disease. Nick focuses specifically on the rice blast fungus, Magnaporthe oryzae, which destroys up to a third of the annual global rice harvest — enough to feed 60 million people.

In rice blast disease, large disease lesions form on the leaves then spread to other parts of the plant and other plants in the crop. As a result, there is a severe decrease in the overall yield of rice. Nick’s research group is using cell biology and molecular genetics approaches to dissect the precise molecular and cellular events that occur during infection by the rice blast fungus, simultaneously uncovering potential targets for new fungicides and genetic means to control crop diseases.

To help control fungal diseases, rice growers can plant varieties that have been bred, or genetically modified, to contain resistance genes. Fungi, however, quickly evolve to overcome such tactics. Nick is therefore also searching rice genomes for fresh resistance genes in order to improve long-term prospects for controlling this devastating plant disease.

Nick is currently Executive Director of The Sainsbury Laboratory, a research institute focused on the study of plant disease control and plant immunity.

Professional positions

Trustee-Director, John Innes Centre
Plant Science Advisor, The Gatsby Charitable Foundation
Executive Director, The Sainsbury Laboratory, John Innes Centre

Interest and expertise

Subject groups

  • Microbiology, immunology and developmental biology
    • Developmental biology, General microbiology (incl bacteriology and virology)
  • Organismal biology, evolution and ecology
    • Plant sciences / botany

Keywords

Fungal diseases, Plant fungal pathogens, Plant disease resistance, Fungal genetics, Mycology, Plant-microbial interactions, Rice blast fungus, Applied microbiology, Plant microbiology, Developmental biology, Fungal genomics, Fungal physiology, Fungal pathogens

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