Pengbo

Junior professor at China Agricultural University. Fascinated by plant-microbe interaction. Plant symbiosis, plant immunity and plant microbiome associations.

[Caroline Gutjahr @carogutj]

Are you excited about understanding the molecular underpinnings of arbuscular mycorrhiza? Then this PostDoc position may be for you: https://t.co/wbaEKfW9s0

[Pengbo @Pengbo10]

Excited to share our new paper now online @ThePlantJournal. We reveal a nitrate-responsive regulatory network governing symbiotic nitrogen fixation in Medicago, identifying HHO3 as a central regulator. A wonderful collaboration with Xue and Qingchuan.
https://t.co/KVUVFRxTlL

[Pengbo @Pengbo10]

@tianzeng77 Thanks, Tian

[Pengbo @Pengbo10]

Plants reorganize their cytoskeleton to accommodate symbiotic microbes.

Our new paper in Science reveals how the formin SYFO2 drives actin remodeling during host–rhizobia and arbuscular mycorrhizal symbiosis.

🔗 https://t.co/1PKv7hHiX2

Great teamwork with Thomas Ott lab.

[Pengbo @Pengbo10]

@MiaoYansong Thanks, Yansong.

[Pengbo @Pengbo10]

What an honor to have Nobel Laureate Mario Capecchi give an special lecture at China Agricultural University! A truly inspiring encounter. #CAU #NobelLaureate

[Pengbo @Pengbo10]

So enlightening to have @TonniGrube to share brilliant insights on plant barriers today at CAU.

[Caroline Gutjahr @carogutj]

Congratulations and thanks to Michael Paries, all lab co-authors and our fantastic collaborators
@ShabekLab, @amiriamguercio. We report https://t.co/MiVl6lHYkt that the GRAS TF RAM1 interacts with WRI TFs to regulate genes essential for nutrient exchange in arbuscular mycorrhiza.

[Myriam Charpentier @charpentier_lab]

Happy to share our latest discovery of the autoactive CNGC15, sufficient to enhance root endosymbiosis in legume and field grown wheat: https://t.co/hjPLOxrIQI

Thank you to everyone involved! Special shout-out @NicMCook1, G.Gobbato, collaborators
@DaveLawson101 , @CristobalUauy

[Pengbo @Pengbo10]

Beautiful one, cannot wait to read. Congratulations 🎉 🎉🎉@zhang_guofeng @OttLab_Freiburg

[Pengbo @Pengbo10]

Excited to see that our TIMI paper is now published! It was a fantastic journey collaborating with @FengFen09193644, @Davidzz46648607 and my PhD student Heng Sun.#MPMI #symbiosis #chitin #chitinase #trends

[Trends in Microbiology @TrendsMicrobiol]

Online now: Chitinase-assisted winner: nematodes antagonize symbiotic microbes

Spotlight by Jingyi Zhang, Heng Sun, Feng Feng (@FengFen09193644), & Pengbo Liang

https://t.co/cY62A0cRGO

[Pengbo @Pengbo10]

Don’t miss the FUN part of symbiosis 😉

[Jieshun Lin @JieshunLin]

I will move to National University of Singapore next April. There are several PhD and postdoc positions open (closest PhD deadline is 15 Nov 2024). You are welcome to apply. It will be great if you can RT. Look forward to the next chapter.

[Pengbo @Pengbo10]

Fantastic scientist to work with㊗️

[Macarena Marín @MarinLab_]

Last chance to apply! Postdoctoral position in root nodule symbiosis @UNIL, Switzerland🇨🇭. Please RT #PlantSciJobs. Deadline: 06.09.2024. Please apply via the portal. https://t.co/AzTalpM8bI

[Pengbo @Pengbo10]

Furthermore, Zn ions regulate the activity of transcription factors by inducing their linear aggregation, which remains shrouded in mystery in the foundational research of molecular biology.

[Pengbo @Pengbo10]

🌿 Thrilled to share our latest News & Views article! Huge thanks to Nature Plants for the trust and invitation. It was a great collaboration journey with Takuya. Congratulations to my new doctoral student, Lijin Qiao! Let’s strive for greatness together!
https://t.co/NipzhL4TDg

[Pengbo @Pengbo10]

The roles of different metal ions in symbiotic nitrogen fixation have recently been revealed. Based on the framework distinguishing the responses of FUN and NLP to the fluctuating rhizosphere N, we propose the concept of joint regulation of nodule functionality by Zn-Fe ions.

[Pengbo @Pengbo10]

@OttLab_Freiburg @UniFreiburg @BUnifr Congratulations, my role model.🎉🎉🎉. I had 48 lectures of 50 min each about molecular biology. Let’s see.

[Pengbo @Pengbo10]

Fantastic work and an interesting way to sense zinc as a transcription factor. Congratulations 🎊🎉 @JieshunLin @DugaldEReid

[Jieshun Lin @JieshunLin]

⁦⁦@Nature FUN finally online.⁩ We find an unexpected secondary signal-zinc and its sensor FUN help plant perceive environmental signals and adapt to changing environments. Thank you Jens ⁦@DugaldEReid⁩ and Kasper and all collaborators. https://t.co/qLxK1o6KV9

[Pengbo @Pengbo10]

@FengFen09193644 Congratulations 🎉🎈

[Pengbo @Pengbo10]

@OttLab_Freiburg @beainstant wow, amazing, big congrats to Bea and Ott lab.👍👍