Dylan Bradizza

🇨🇦 ➡️ 🇬🇧 🧫🌱 | Interested in evo-devo and evo-MPMI

[The Sainsbury Laboratory @TheSainsburyLab]

Huge congratulations to @amiralito_ on the successful defence of his PhD thesis. Thanks to the examiners Detlef Weigel and @talbotlabTSL . Another graduate from the @KamounLab

[NatureStructMolBiol @NatureSMB]

New online! Oligomeric plasticity in ion channels as an unexplored structure–function mechanism dlvr.​it/TWDWFd

[New Phytologist @NewPhyt]

Root hairs and mycorrhiza represent alternative phylogenetically conserved strategies for belowground absorptive surface maximization

https://t.co/Tm28A0OY0O

[Katharina Melkonian @KatharinaMel1]

Our story on DELLA in Marchantia paleacea is now published (including few updates):

https://t.co/dTKLk2YOnI

Thanks again to all co-authors!!

[New Phytologist @NewPhyt]

(🧵 1/4) On the cover of our #LatestIssue: The liverwort Marchantia polymorpha reproduces asexually through clonal propagules called gemmae. Gemma formation is controlled by a developmental program that balances auxin levels and restricts gemma-cell identity...

[Gang Yu @GangYuPlant]

Core effectors of the Fusarium pan-effectome contribute to host specificity
https://t.co/WgRhZv3WjF

[The Plant Cell @ThePlantCell]

The Spirogyra pratensis genome illuminates the evolution of developmental programs and spiral chloroplast biology (Elisa S Goldbecker , Deepti Varshney , Anja Holzhausen , et al) https://t.co/Rciy3ODySS @ASPB #PlantSci

[ぴーちゃん @peechan1970]

植物は病原菌に侵入されると、リグニンという物質で細胞の周囲に壁を作り、感染の広がりを防ぐ。この防御壁を作るスイッチ役のタンパク質を発見。病原菌を察知して防御壁を強化する仕組みを解明し、病気に強い作物の開発に。nature plants
https://t.co/c55Kkownga

[Brodersen Lab @brodersen_lab]

Why did the earliest plant vascular systems diversify so rapidly? We think they evolved to tolerate drought. We show why xylem connectivity was critical for preventing hydraulic failure. @BoudaLab @WasonLab @KyraPrats @HuggettLab @Medullosa 🧵👇

https://t.co/vHLTRqTZyY

[Nature Plants @NaturePlants]

New OA Article: "Fern phloem evolution records a trend of decreasing conductivity through geological time" https://t.co/EjCRFnud2G

With Research Briefing: "Phloem conductivity decrease over 300 million years of fern evolutionary history" https://t.co/ePvJCKL1nv

[Nature Plants @NaturePlants]

New Article: "Directional water transport system resolves fertilization–dispersal conflicts in Marchantia" https://t.co/iPdZSoGpnO

In Marchantia, the female reproductive structure evolved a directional water transport system to ensure fertilization success on land.

[New Phytologist @NewPhyt]

Ten rules for identifying horizontal gene transfers in deep plant phylogenies

https://t.co/aRSHQjGz5G

[Nick Desnoyer @NickDesnoyer]

One of the stamens underwent homeotic conversion to a petal

[K.C. Moriya @kcmoriya]

Directional water transport system resolves fertilization–dispersal conflicts in Marchantia
https://t.co/cx6rKVJiEr

[Aileen Berasategui @berasymbionts]

Postdoc opening in my lab! Looking for someone excited about genomes, symbionts and plant–insect interactions to join our team at @TheSainsburyLab 🧬🍄🌿🦟

Applications reviewed from 16 Nov.

https://t.co/ECezWOJE5T

[Partha @iamParthaSG]

Mogged

https://t.co/1z9ixr371X

[Plant Physiology @PlantPhys]

Phylogenomic analysis supports the deep and gradual evolution of water-conducting tissues (Alexander M C Bowles) https://t.co/qFmUFUqdkI @_AlexBowles @ASPB #PlantSci

[Sophien Kamoun @KamounLab]

#CellOnions #ScienceCrisis

https://t.co/iRfT9ANJSs

https://t.co/DcuVUbGKyE