Ido Nir

[Ido Nir @IdoNir5]

🔬MSc/PhD/postdoc position available - An exciting and innovative research opportunity!🌱

[Idan Efroni @efronilab]

Plant developmental genes share functions & expression, but align orthologs' promoters and often… no conservation. Or is there?
In our new preprint, we show that conservation exists and is ancient, but was just obscured by genome complexity.
https://t.co/yY3MS5pgxA

[Natanella Illouz-Eliaz 🎗️ @NatanellaE]

Our #research on #drought #recovery, now published with @SpringerNature in @NatureComms:
Drought recovery in plants triggers a cell-state-specific immune activation.
Read thread below 👇
https://t.co/AZBtWOJREt

[Yotam Zait @yotamzait1]

Check out our new paper on the stomata response to red light 🚨 ☘️

[Simon Michaeli @Michaeli_Lab]

📢Its online (and open access) @NewPhyt 🍅
https://t.co/Wrk97X8sfN
"Autophagy restricts tomato fruit ripening via a general role in ethylene repression"
+ Once again, it's clear, timing is everything...
Let's dig in a bit👇
#plantscience #autophagy @Volcaninstitute

[New Phytologist @NewPhyt]

Following the successful #46NPS: #Stomata, we present two more talks from leading scientists Sally Assmann and Keiko Torii, hosted by @hanna_horak.

⌚ 15:30 GMT (UTC+0) 26 November
📍 Online via Zoom

Register to attend for free: https://t.co/Woei9yYyUK

@assmannlab @KeikoUTorii

[Margot Smit @likeyoda1]

Check out my final post in the New PI Diaries on the Node: https://t.co/vL2tsZDUWC
It was great sharing steps in this journey 💚

[Natanella Illouz-Eliaz 🎗️ @NatanellaE]

Brilliant work from the Dangl group led by Dor Russ!

An efflux pump family distributed across plant commensal bacteria conditions host- and organ-specific detoxification of a host-specific glucosinolate https://t.co/9tAKu0GKsq

[José Dinneny @Dinnenylab]

Ok, this is a big one! Proud to present our latest story on hydropatterning-a process that allows plants to sense moisture gradients in soil and activate branching. Johannes Scharwies defines the genetic basis for this response in maize and Arabidopsis!
https://t.co/78tRPra1yz

[Josep Vilarrasa Blasi @pituvilarnadal]

After a mere blink in the cosmos -3 years as a preprint- our paper has found its home in @NatureComms . Thanks to all coauthors, the long supporting journey @Dinnenylab, and collaborators @JonikasLab and Michael Sussman. Oh, and by the way, I'm job hunting!!!

[Uri Hochberg @HochbergUri]

I'm looking for a postdoc. Please share

[Yotam Zait @yotamzait1]

The dynamic Laisk method for leaf day respiration measurement is quick and accurate, reducing stomatal limitations. This is particularly advantageous for temperature-sensitive plants like bananas. Well done @barbenzev!

[Niv DeMalach @NDemalach]

Please RT

[Saul Burdman @BurdmanSaul]

אנחנו, אנשי הסגל האקדמי והנהלת הפקולטה לחקלאות, מזון וסביבה של האוניברסיטה העברית, מביעים את תמיכתנו במכון וולקני ובחוקריו על רקע הקיצוץ הבלתי נתפס בתקציב המכון. אנו פונים לשר החקלאות ולממשלה: עצרו את הקיצוץ ההרסני. למכתב המלא: https://t.co/7ucWo0m7YY

[Dominique Bergmann @stanfordstomata]

We're hiring! Research positions, one perfect for post-bacs https://t.co/mbScCaGyHt and one for MA/PhD level scientists https://t.co/pzFLpVofJh to study plant development: from cell polarity and gene regulation, to the impact of changing climate on leaf form and function.

[Idan Efroni @efronilab]

Plant cells know what type to be based on signals they receive from their neighbors. But when you cut the root, cells rapidly change their identity to regenerate missing tissues, yet their neighbors persist... So how does that work?https://t.co/a1NlfQANTD

[Niv DeMalach @NDemalach]

(1) 🌱 Our @Nature paper is finally out! 🌱 Below a quick summary📚 (and a free link) #plants

[Ido Nir @IdoNir5]

@HagaiShohat Thanks Hagai!

[Ido Nir @IdoNir5]

🌿 Exciting News! 🍅🌞 Our latest preprint reveals the remarkable adaptability of plants in the face of climate change. 🌦️🌡️ https://t.co/crmER7zxT3

[Eva-Sophie Wallner @ES_Wallner]

Part 2 of my postdoc project with @stanfordstomata is online now: we identify proteomes of stomatal lineage polarity domains, predict protein interfaces with the identified scaffolding proteins and show how SOK3, DLC1 and OPL2 co-localize at the phragmoplast.

[Ido Nir @IdoNir5]

@NatanellaE Thanks, Natanella!