
Group Leader at @TheSainsburyLab, studying plant-microbe interactions.
Norwich, UK
Joined May 2010
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Excited to launch our ERC project ImmuneCellState 🚀
We’ll study how individual plant cells respond to pathogens and explore new dimensions of plant immunity research by integrating single-cell/spatial omics, deep learning and genome editing.
@TheSainsburyLab @ERC_Research
📣 Good news! 📣
Results of the ERC 2026 Starting Grant call are out!
Funding worth a total of €705 million will go to 421 early-career researchers across Europe.
Discover who, what and where 👉 link.europa.eu/9M3MmN
#ERCStG #HorizonEurope 🇪🇺 @EUScienceInnov
Tatsuya Nobori retweeted
Replying to @ClemMarchal
@ClemMarchal presenting the gamechanging Pikobody tech at #ICBPI2026 in Nanjing! It's so cool to see how much this technology has developed in the last few years 🤯
science.org/doi/10.1126/scie…
Tatsuya Nobori retweeted
NEWS: TSL is part of the AI Collaborative: Food Security, supported by Google.org
A multi-stakeholder effort towards resilient global food systems, powered by responsible AI, taking on challenges that no single organisation can solve alone.
buff.ly/RhnwjcQ
Tatsuya Nobori retweeted
Huge congratulations to
@vivzhong97, Michaela Jones and team on the publication of their work in @NatureBiotech today!
doi.org/10.1038/s41587-026-0…
This work led by @jennbrophy7 and her student @vivzhong97 in collaboration with my lab & student Michaela Jones published online this morning at Nature Biotechnology
nature.com/articles/s41587-0…
Helps limit engr'd microbial functions to target plants
Exciting science, amazing collab
Tatsuya Nobori retweeted
Now @dianagdlc presenting her beautiful story on effector recognition via molecular mimicry in a barley NLR. Their findings enabled engineering of multiple pathogen recognition in one receptor!
science.org/doi/10.1126/scie…
Tatsuya Nobori retweeted
Kicking off day 2 of #ICBPI in Nanjing, the legendary @ParkerLab_MPIPZ talking about plant TIR domain signaling!
Tatsuya Nobori retweeted
Replying to @mpcontreras4 @ParkerLab_MPIPZ
And now @nobolly with some updates on his fantastic work towards dissecting plant-microbe interactions at the single-cell level
Tatsuya Nobori retweeted
VACANCY: Postdoctoral Researcher in the Berasategui Lab at TSL, Norwich, UK
An exciting opportunity to work at the interface of evolutionary genomics, plant pathology and insect symbiosis.
Application review starts 16 Nov 2026
buff.ly/WZtMcGs
What principles of TF activity have survived a billion years of evolution?
New Shih lab preprint! We used ENTRAP-seq to map activation and repression domains across Arabidopsis TFs and compared their activity in plants and yeast .
🍄⚖️🌱
biorxiv.org/content/10.64898…
Exciting development in plant single-cell proteomics 🟢🔵🔴⚪️⚫️🟤🟠🟡🟣
Happy to share the results of our first attempt at single-cell proteomics using Arabidopsis protoplasts, led by Sara
, with support from @bruker and @Cellenion.
doi.org/10.1093/pcp/pcag138
@PCP_EIC
Tatsuya Nobori retweeted
We spent two weeks with Niko and shot this conversation on the final day.
I finished feeling more motivated than ever. The Paintunia, the art, and where it’s all going :)
New Episode: How to Design Flowers
@NickDesnoyer uses genetic engineering, breeding, and pathogens to design and then create flowers that don't exist anywhere else on Earth. We talked about how he does it, in a room surrounded by many of his creations.
At the start of the episode, Nick reveals his next project, called Paintunia, which is an engineered line of petunia that acts as a living canvas.
He has engineered these petunias to include an inducible gene; when he lightly touches their buds with a molecule called dexamethasone, the molecules seep into cells, switch on the gene, and cause them to make a pigment. The result is a paintable flower, where molecules literally control which colors show up in particular places. Nick’s plan is ultimately to engineer these petunias to express three separate colors, for cyan, magenta, and yellow.
Nick's ultimate dream is to build a botanical garden full of weird and wonderful flowers that exist nowhere else. We filmed this episode surrounded by flowers, and he patiently explained to me how each one gets its shape and pigmentation; how he combines breeding and genetic engineering to make new flowers; and how he searches scientific papers for mutations to figure out which plant crosses to make next.
I think he convinced me that designing new kinds of flowers makes us look more closely at nature, and appreciate it more deeply. After all, all the genes and variations he uses in the laboratory are based on designs that have evolved elsewhere. Hope you enjoy!
Tatsuya Nobori retweeted
📣 Applications are now OPEN for the John Innes Foundation Rotation PhD Programme
This 4-year #PhD programme trains graduate students in Plant & Microbial Sciences @JohnInnesCentre @TheSainsburyLab & @EarlhamInst
🗓️ Apply before 12 Nov '26 ➡️ okt.to/qjy60T
Tatsuya Nobori retweeted
VACANCY: TSL Laboratory Support Assistant, Norwich
Join our friendly and professional Laboratory Support Team!
Apply before 29 October 2026 buff.ly/SyvaOhB
🌱 Start your science career at a top plant science research institute
Tatsuya Nobori retweeted
Starting now: The inaugural TSL Roger Freedman Award Lecture – Tom Adams CEO and Co-Founder of Pairwise
Tatsuya Nobori retweeted
The Medal! Designed by the one and only @HsuanPai1
Did you miss yesterday's fantastic Legends of IS-MPMI webinar with @jonathandgjones? You can watch the whole thing on our YouTube channel! 👇
youtu.be/yynU5Bu8BRM?is=ZTSn…
































