Fitzpatrick Lab

[Fitzpatrick Lab @Fitzpatrick_Lab]

If you are interested in all things related to B vitamins and plant mutualistic symbiosis, come join our group as a PhD student. More details below:

[ryan lister @ry_lister]

In our new study led by @molivarina we found an unanticipated layer of cell identity in the plant root. A subset of cells in every cell type shares a common environment-responsive state, and their frequency shifts with conditions such as water availability https://t.co/yX6yi5OCZi

[Sebastian Schornack @dromius]

Save the date - Molecular Mycorrhiza Meeting 2027 to be held in Toulouse from August 26th to 27th 2027 #iMMM2027

[New Phytologist @NewPhyt]

If you were at Clock Club at the John Innes Centre in Norwich this week, you might have caught Ant Dodd introducing the first of our 2027 symposia: Biological timing in photosynthetic organisms! #49NPS

https://t.co/5qf7gSGpTh 👀

[Ronald Breaker @RonBreaker]

Our new paper in PNAS reports the presence of Na+ and Li+ #aptamer RNAs in mammals. The latter hints at natural roles for #lithium in humans and provides direct links to #BipolarDisorder. Now seeking funding to study Li+ biology and create new therapeutics.

[Logan Thrasher Collins @LoganTCollins]

By training an AI model using 153,208 plasmids from Addgene, Shao et al.’s PlasmidGPT can annotate and classify existing plasmids as well as generate new functional plasmid sequences from DNA “prompts”. https://t.co/rOvPhNBAGT

[Hiroshi A. Maeda @HiroshiAMaeda]

Thrilled to share our new work by former student Soyoung Jung, w/ Wisconsin Crop Innovation Center! By engineering soybeans for betalains (natural red dyes), we opened the door for a cost-effective, sustainable replacement for synthetic Red #3 & #40. 🔗 https://t.co/CS73zeW3oA

[Sebastian Schornack @dromius]

The 'heart' of the #Mycorrhiza #fungi #symbiosis is the arbuscule where plant and fungus exchange nutrients and carbon.

Try the arbuscule growth simulator. Let me know how you adjust parameters to get the most beautiful arbuscules.
https://t.co/fIHGTUKn6c

[New Phytologist @NewPhyt]

#TansleyInsight: Making fish oils in plants: from alpha to omega

@JohnathanNapie1
👇

📖 https://t.co/F0OVZfMEYl

#LatestIssue #PlantScience

[Faculty of Science | UNIGE @sciences_UNIGE]

In a new study, our Biology Section reveals how plants evolved molecular systems to detect UV-B and trigger protective responses—building their own "biological sunscreen".

Read more: https://t.co/6s8jG4q4xa

#Science #Plants #UV #UNIGE

[Nature Plants @NaturePlants]

New Article: "GWAS reveal SUBER GENE1-mediated suberization via type one phosphatases" https://t.co/KoIy6GUEo1

A genetic screen across Arabidopsis accessions identifies SBG1 as a regulator of root abscisic acid response and endodermal suberin deposition via type 1 phosphatases.

[Plant Physiology @PlantPhys]

Thank you and congratulations! @Fitzpatrick_Lab

[Fitzpatrick Lab @Fitzpatrick_Lab]

Spring is getting into swing

[Ralf Reski 🇩🇪🇪🇺 @ReskiLab]

Interesting read!
Plant–fungi interactions in Marchantia polymorpha are associated with horizontal gene transfer and terpene metabolism
https://t.co/Iis4ur9u3Z

[Jonathan D G Jones @jonathandgjones]

it’s out! excited to see copies of new textbook and it was a pleasure to work with great co-authors. Particular thanks to Alison Smith who led (dragged?) us all over the line to complete the project!

[Plant Physiology @PlantPhys]

Thiamine triphosphate puts the brake on the activation state of chloroplast ATP synthase (Kai Wang , Jean Alric , Teresa B Fitzpatrick) https://t.co/KxTPhYEN8K @ASPB @Fitzpatrick_Lab #PlantSci

[Oded Rechavi @OdedRechavi]

When your PI presents your work

[Fitzpatrick Lab @Fitzpatrick_Lab]

Beautiful morning sky

[Sebastian Schornack @dromius]

Plz RP. Come join us as (soon-to be) postdoc @slcuplants @Cambridge_Uni to study effector-targeted plant processes impacting plant cell biology and development.
https://t.co/csNTyCTK2d
https://t.co/GsUdcCfyNK

[Chloroplast Stress Signaling Group @Chanhong_Lab]

Our team’s latest study, published in Science Advances, reveals a surprising new role for EXECUTER1 (EX1), a protein known for sensing harmful singlet oxygen in plants.
https://t.co/T26KTgpZWs