Chengzhi Ren (@renchengzhi) 's Twitter Profile
Chengzhi Ren

@renchengzhi

PhD student in #kleinevehnlab, #scienceMoPP.

ID: 1352169585827586048

calendar_today21-01-2021 08:22:15

45 Tweet

84 Followers

123 Following

Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

@mahmah623850831 Molecular Plant Physiology CIBSS Universität Freiburg Zeinab Noura Sophie Farkas Chengzhi Ren Jonathan Ferreira Ann-Kathrin Rößling lin David Scheuring Just like many other labs in Germany, we certainly aim to embrace diversity in our lab. Our current members are from China, Belgium, Brasil, Hungary, Germany, and Lebanon. We also currently host a PhD candidate from Iran.

Sjon Hartman (@sjonhartman) 's Twitter Profile Photo

Custom made trays for maximum efficiency of Arabidopsis plant growth made by biology workshop of Universität Freiburg 😎 The trays can go straight into our submergence tubs. 🌱🌊 Loving it, very grateful!

Custom made trays for maximum efficiency of Arabidopsis plant growth made by biology workshop of <a href="/UniFreiburg/">Universität Freiburg</a> 😎 The trays can go straight into our submergence tubs. 🌱🌊 Loving it, very grateful!
Faculty of Biology - University of Freiburg (@bunifr) 's Twitter Profile Photo

Today is Faculty day! We're looking forward to an exciting programme with talks by the groups, group videos, a pubquiz, BBQ, drinks and more!

Today is Faculty day! We're looking forward to an exciting programme with talks by the groups, group videos, a pubquiz, BBQ, drinks and more!
Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

Very happy and grateful to hear the announcement by Zeinab Noura and Sophie Farkas Organizers of the upcoming @DOMPS_symposium 2023 to support our #plantsciencefreiburg community

Very happy and grateful to hear the announcement by <a href="/Zeinab240/">Zeinab Noura</a> and <a href="/fsophiezoe/">Sophie Farkas</a> 
Organizers of the upcoming
@DOMPS_symposium 2023 
to support our #plantsciencefreiburg community
Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

We are trying something new here (well, at least for us) and offer a #predoc position for next year! If you are interested, please, reach out to us ([email protected])! #plantscience #plantsciencefreiburg

Guy Teichman (@guyteichman) 's Twitter Profile Photo

I'm SO EXCITED to share our new pre-print! 🥳 You finally got your RNA-seq data. You open RStudio, stare at the screen for 5 mins...And realize you don't even remember how to import a table. How will you analyze your data?!😱We're here to help! A 🧵👇(1/9) biorxiv.org/content/10.110…

Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

Thrilled to share our latest publication here! 🌱 We reveal how stress responses at the ER link external cues to growth adaptation through auxin signalling. BOKU University Universität Freiburg CIBSS Faculty of Biology - University of Freiburg Molecular Plant Physiology check it out here: pnas.org/doi/epdf/10.10…

Thrilled to share our latest publication here! 🌱 We reveal how stress responses at the ER link external cues to growth adaptation through auxin signalling. 
<a href="/BOKUvienna/">BOKU University</a> <a href="/UniFreiburg/">Universität Freiburg</a> <a href="/CIBSS_UniFR/">CIBSS</a> <a href="/BUnifr/">Faculty of Biology - University of Freiburg</a> <a href="/scienceMoPP/">Molecular Plant Physiology</a> 
check it out here: pnas.org/doi/epdf/10.10…
Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

Please, have a look at our latest preprint: Demethylated, negatively charged pectin acts as a signalling scaffold for the positively charged RALF peptides. Congrats especially to Ann-Kathrin Rößling and thanks to Lothar Kalmbach and Elke Barbez for the collaboration!

Kleine-Vehn Lab (@kleinevehnlab) 's Twitter Profile Photo

Preprint Alert🌱 Our latest work by Chengzhi Ren et al reveals that two distinct oscillatory auxin signals coordinate lateral root development, adapting root architecture to environmental changes like light and temperature. 🌞🌡️ Dive into the details here: biorxiv.org/content/10.110…

Preprint Alert🌱
Our latest work by <a href="/RenChengzhi/">Chengzhi Ren</a> et al reveals that two distinct oscillatory auxin signals coordinate lateral root development, adapting root architecture to environmental changes like light and temperature. 🌞🌡️
Dive into the details here: biorxiv.org/content/10.110…