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One of the key areas of research is the identification and study of plant disease resistance genes. Another important research area is the biology of pathogen effector proteins, which play a crucial role in the interaction between plants and pathogens. With this knowledge, the laboratory employs
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The
Sainsbury Laboratory conducts research on various topics related to plant-microbe interactions. It investigates innate immune recognition in plants and the signaling and cellular changes that occur during plant-microbe interactions. Additionally, researchers at the laboratory study plant and
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The
Sainsbury Laboratory provides a training environment with the intention of preparing post-graduate students, post-doctoral scientists and early career project leaders to excel in their careers. This includes training from the expert technology groups in
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In 1987, an agreement was signed to establish The
Sainsbury Laboratory. This agreement made the laboratory a joint venture between several organizations, including the
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biotechnological approaches to develop crop disease resistance. These approaches are aimed at reducing agrochemical input and the percentage of crops lost to disease.
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The four core technology teams of TSL develop new technologies to enhance TSL research and provide direct expert support and guidance to the other groups of TSL.
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as well as mentoring from established scientists. In 2021, The
Sainsbury Laboratory launched a one-year taught MSc in Global Plant Health in partnership with the
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pathogen genomics to gain a better understanding of the mechanisms involved in plant-microbe interactions.
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grants, charitable and philanthropic donations and, for some research programmes, commercial companies.
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Biotechnology and
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is a core funder of The
Sainsbury Laboratory in addition to
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in plants. The
Sainsbury Laboratory partners with the
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Plant research laboratory in
Norwich, Norfolk, England
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A number of scientists have worked at TSL including;
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Biological research institutes in the United Kingdom
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19:For the research centre in Cambridge, see
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246:computational biology
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333:Jonathan D. G. Jones
238:plant tissue culture
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176:microbial symbiosis
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414:Sainsbury, David.
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552:Official web site
461:. 9 November 2021
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116:Affiliations
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79:Headquarters
43:Abbreviation
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488:"About TSL"
348:Nick Talbot
300:Mark Youles
282:Dan MacLean
99:Nick Talbot
576:Categories
398:References
287:Proteomics
264:Facilities
250:proteomics
91:Key people
51:Formation
386:See also
231:Training
218:Research
522:8 March
497:8 March
465:8 March
425:8 March
354:Funding
210:on the
190:History
164:England
160:Norfolk
156:Norwich
126:Website
83:Norwich
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368:BBSRC
280:– Dr
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524:2023
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378:and
358:The
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174:and
85:, UK
69:Type
61:1988
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154:in
148:TSL
135:.uk
133:.ac
131:tsl
46:TSL
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
