Wonderful to welcome back Aki Hiroaki Adachi to Norwich! Great discussions #MADANLR #NLRNetworks

Phylogenomics of Plant NLR Immune Receptors to Identify Functionally Conserved Sequence Motifs: bio-protocol.org/en/bpdetail?id… Explore publishing with Bio-protocol at bio-protocol.org/en/psi. #openaccess #reproducibility #lifesciences #research #plantscience

京都大学から安達広明さん Hiroaki Adachi にご来訪いただき、セミナーとディスカッションをお願いしました。NLRの世界も毎月のように新しい情報が飛び出てきて、私たちも少しNLRに手を出そうかという気分になってきました😜安達さん、素晴らしい時間をありがとうございました！

Had a great discussion after his super interesting seminar. Thanks for visiting us all the way to Sapporo, Hiroaki! Hiroaki Adachi

We're delighted to host Kodai Kodai Honda from The Mozume Lab of Crop Evolution at Kyoto University Kyoto University as part of our JSPS JSPS 独立行政法人日本学術振興会（学振） Japan/UK collaboration project. Kodai is MSc student with Hiroaki Adachi Ryohei Terauchi investigating regulation of NLR networks.

Next-generation research on transcriptional regulation of plant immunity #spotlight #MolecularPlant cell.com/molecular-plan…

So glad to share that it's just published online. 'Conserved effector families render Phytophthora species vulnerable to recognition by NLR receptors in nonhost plants'. nature.com/articles/s4146…

New!!!👇 #NLRbiology Kudos AmirAli Toghani Ryohei Terauchi Yu Sugihara

🚨 We’re hiring–please spread the word! 🚨 Our lab at The Sainsbury Laboratory is looking for a pre-doc intern to work on plant immunity research. If you’re a current undergrad/master’s or recent graduate interested in gaining research experience, please apply! tatsuyanobori.com

Thrilled to share my first paper published at Current biology!! We found that the expression level of one single transcription factor converts beneficial root endophyte into pathogenic guy😈 (1/8) cell.com/current-biolog…

New preprint out! We revealed the molecular basis of sex determination in the monocot Dioscorea tokoro, a dioecious wild yam endemic to East Asia.🌱 biorxiv.org/content/10.110…

植物科学における1細胞・空間オミクスの可能性について、総説をかきました。特にまだ導入が進んでいない技術に焦点を当てています。学生の頃からよく読んでいた総説シリーズなので、貢献できて嬉しいです！ nph.onlinelibrary.wiley.com/doi/full/10.11…

新作です。CARD1のＥＣＴＯドメインの構造を決めました。なんと銅イオンをもっていて、過酸化水素の認識に必要でした。card1の表現型はrbohdの表現型と同じなので、RBOHD が生成したＲＯＳをCARD1が認識しているようです。

Cryo structure of CARD1 from N. benthamiana transiently produced protein.

Our new preprint is now available! We show that calcium-dependent protein kinases activate sustained ROS production downstream of Ca²⁺ influx mediated by the NLR resistosome. Please check it out!!