Our new result is online. Identification of novel transporters in vacuoles.
Read this #preprint on @researchsquare: Proton-anion exchange by a MATE transporter mediates high glucosinolate accumulation in Arabidopsis vacuoles https://t.co/6VzAYjhJcb
A new article was published online.🎉 Congratulations to Mohamadreza and co-authors🥳. We suggest new regulatory mechanisms of TGG1 and TGG2 expression beyond canonical JA signaling pathway. ☘️The article is open access here. https://t.co/tdYRwORgsu
@MCB_UJ#PlantSci
Two members of our laboratory had presentations at the 67th Japanese Society of Plant Physiologists (JSPP) conference in Tokyo. There is much exciting research here.
Our review article on current knowledge of the function and formation mechanisms of ER bodies is now open in Plant Science. 🌱You can access the article using this URL for free. https://t.co/J3Jw8y8qYW
Please check it!
@MCB_UJ#PlantSci
A new article was published.🎉 Congratulations to Andisheh and co-authors🥳. We identified new transcription factors that regulate the formation of the inducible ER-body. The article is open access here.
https://t.co/skogNOgxYL
@MCB_UJ@CommsBio#PlantSci
A new result was published.🎉 Congratulations to Andisheh and co-authors🥳. We determined optimal concentrations of selective antibiotics for efficient transformation in M. polymorpha.
The article is open access here.
https://t.co/6wg1Mji7E9
@MCB_UJ
#MCBSummerSchool
On May 26–27 we gathered at Radocza Park for IV MCB Summer School to explore innovations in life sciences and rethink scientific challenges together.
Big thanks to the organizers and sponsors for this opportunity to take a step back from the everyday lab routine.
#newpaper
New research on #Iron transport in #plants@KY_PlantLab discovered MEB3, a key vacuolar transporter that regulates iron storage in roots and distribution to shoots. Published in @FrontPlantSci , this finding deepens our understanding of nutrient balance in plants!
Our new paper! We identified that MEMBRANE PROTEIN OF ER BODY 3 (MEB3) contributes to iron accumulation in roots as a vacuolar metal transporter. MEB3 is involved in metal homeostasis for plant development. ☘️@FrontPlantSci
https://t.co/o8Fty0x6Tm
Our new paper was published about a novel method of transformation for Marchantia to improve transformation efficiency. Congratulations to the authors. 🎉🎉🎉
https://t.co/S3iZjZdRzZ
@MCB_UJ
🚨 Last call: Only two weeks left to apply!
A post-doc position (computational or wet lab) for 3 years at @IBE_Warszawa@BiolUW in the
@NCN_PL#SonataBIS project on #protist & #symbiosis.
Apply by October 31, 2024
Read more 👇
https://t.co/hMm5w3V7On
Thank you for joining Małopolska Night of Scientists 2024!!! We had exciting experiments, such as plant signaling using Venus flytrap plants and plant organelle observation by microscope. 🔬See you next event.
#MNN2024
🔬 Małopolska Night of Scientists 2024 – September 27th!
📅 One of the most anticipated science events of the year is almost here! The 18th edition of the Małopolska Night of Scientists will take place in 10 cities across Małopolska.
#MNN2024
📢We are hiring!
A post-doc position (computational or wet lab) for 3 years at @IBE_Warszawa@BiolUW
in the @NCN_PL#SonataBIS project on #protist & #symbiosis.
Apply by 30 September 2024
Please RT & share!
👉 More: https://t.co/tzLDkcFpRl
Celebrating a decade of #innovation! 🎉
Last Friday, we marked the 10th anniversary of the MCB with the grand opening of its expanded headquarters. 🧬🔬
@JagiellonskiUni@naukawpolsce
We celebrated MCB 10th anniversary last week 😄. Thank you for preparing fantastic events and opening the new part of our building 🎂. #10thMCBAnniversary
Congrats @MCB_UJ@JagiellonskiUni