Specific ROPGEFs drive pollen germination in Arabidopsis!
I'm happy to share the first preprint from my group!
https://t.co/t6kSsHdJJd
It’s the project of my 1st PhD student Alida Bouatta @alida_bouatta & Andrea Lepper @TU_Muenchen#Polarity#Pollen#ROPGEFs#microscopy
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I am thrilled to have contributed to this publication with Prof. Kohchi Takayuki's lab! 🎉 First author Megumi Iwano @KyotoU_News
MID1-COMPLEMENTING ACTIVITY regulates cell proliferation & development via Ca²⁺ signaling in Marchantia polymorpha. 🌱
https://t.co/0PiIR3sASr
We are pleased to share our recent work on labeling and live visualization of RNA-protein complexes in the form of ribonucleoprotein particles (RNPs) in tobacco pollen tubes.
@PollenBiologyCZ@UEBavcr
https://t.co/aRkPmmKNjk
Out now at @NatureComms. The latest work from Andreas Houben @LeibnizIPK and others on genetic mechanisms of B chromosome drive. Happy that we could contribute a bit. @IPB_Halle @UniHalle @Uni_MR 🎉 https://t.co/c95PGSpT37
MIKC*-type MADS transcription factors control JINGUBANG expression and the degree of pollen dormancy in Arabidopsis (Liguang Zhang, Fei Ma, Guangxing Duan, Yan Ju, Tingqiao Yu, Quan Zhang, Sodmergen Sodmergen) https://t.co/ke4wy49DLM @ASPB#PlantSci
I'm hiring a postdoc. The pay is average, but the biological question and preliminary data on the project are outstanding. I will gladly share more to those who are seriosuly considering. https://t.co/WKg1whHKpB
Delighted to have this community effort online
@NaturePlants
👉We unified the nomenclature of a unique membrane that enclosed the 🌱 sperm cells as the:
PERI-GERM CELL MEMBRANE
read more:
📖https://t.co/9HGAVrrw6d
📖https://t.co/a12hKDYt9u
Happy to share our latest work identifying a role for IQD-KLCR in plasma membrane-microtubule tethering and plant mechanostress-mediated microtubule reorganization. Long in the making and finally out @biorxivpreprint. https://t.co/fopds4fRCq
Maria Dolores López Bueno from the @PhDenninger lab at @TU_Muenchen presenting on the evolution of RHO OF PLANTS signaling activators during the water-to-land transition. #MAdLand2024
Our reserch has been published in Current Biology!
https://t.co/wvmf4fyVhN
It provides the model that the ‘radial' axis is already started just after the zygote division!
🌱🌱 check out the amazing MAdLand poster series by @SchreiberMona in the Weihenstephaner Gardens of the HSWT in Freising @TU_Muenchen , more details here: https://t.co/D6AQgMhSij
What a pleasure to see this community effort to clarify the nomenclature and concepts related to plasma membrane domains out!! @NaturePlants https://t.co/qdRaZkpvjE
New preprint from our team led by @yijiaaaaaa in collaboration with @Ana_CanoDelgado, @MartinAle1981, and @hirapisci. In this study we characterized the SERK homolog in #Marchantia aiming to investigate contributions of LRR-RLKs in immunity in bryophytes. https://t.co/ZeyNaj8YnG
Ausstellung der wunderschönen MadLand (@watertoland) Poster Serie zur Entstehungsgeschichte der Pflanzen, erstellt von @SchreiberMona.
Bis zum 31.10.2024 im Kleingartenbereich der Weihenstephaner Gärten #hswt#Freising@TU_Muenchen. Details unter: https://t.co/LwRNKMfmVH
“…we engineered tobacco rattle virus to carry the compact RNA-guided TnpB enzyme ISYmu1 and its guide RNA. …allowed transgene-free editing of Arabidopsis thaliana”
Viral delivery of an RNA-guided genome editor for transgene-free plant germline editing https://t.co/Opi9LKT2MI
Fluorescent Protein Biosensors Quick Guide! 🧵
FP Biosensors are genetically encoded tools that measure analytes (X) which either directly or indirectly affect their spectral properties.
Analytes can affect the fluorophore intrinsically or through extrinsic sensing domains fused to the FP.
Measurements are calculated as the signal of a single channel (intensiometric) or as the ratio of signal from two channels (ratiometric).