Jingyi David_zzZ OKSU

Postdoc at Feng lab Oklahoma State University. Passionate in MPMI, plant immunity-symbiosis interplay.

[Jingyi David_zzZ OKSU @Davidzz46648607]

EDS1 sometimes plays a bad role. That is the magic of nature.

[Nian Wang @NWangUF]

Immune activation by a phloem-colonizing plant pathogen drives citrus Huanglongbing disease development: Cell Host & Microbe https://t.co/l12R63h3Gi Glad to share our recent progress on citrus HLB. Kudos to the co-first authors Xianen, Wenxiu, Wenting, and Yu and other colleagues in my lab. It is truly a team work by collaboration with Allison K. Hanse at UCR, Ning Zhang at JMU, and Madhurababu Kunta at TAMUK.

[Jingyi David_zzZ OKSU @Davidzz46648607]

Great work!

[Jieshun Lin @JieshunLin]

Another milestone towards nitrogen fixation in cereals! Nice work as usual. Congrats @Magda, Bine, Bich Kasper, and Simona …., https://t.co/t4uCfoYtUa

[Jingyi David_zzZ OKSU @Davidzz46648607]

Check out our latest study collaborated with Dr. Bai’s lab. Identified CO-receptors-regulated SynCom.

[KP Lee @KangpingLee]

Our study is now out in Current Biology! 🎉

CO receptors (CERK1 & LYR4) shape root bacterial communities, and a receptor-shaped SynCom enhances both plant growth & mycorrhizal symbiosis.

Grateful to co-authors & mentors for support 🙏🙏
https://t.co/xX7huLbdjy

[Jingyi David_zzZ OKSU @Davidzz46648607]

@KeikoUTorii Congratulations! Dr. Keiko!

[Tonni Grube Andersen @TonniGrube]

Check out our new paper in Science https://t.co/xF1mIi4Cu2 and for digested thread see:

https://t.co/J8mT0iv9sP

[IPMB Academia Sinica (中研院植微所) @IPMBSinica]

@IPMBSinica summer undergraduate internship program is now open for applications!

🔗 Apply here: https://t.co/pxT8gZU6cd
📆 Deadline: April 30, 2025

[Debatosh Das @Debatosh2016]

Excited to keep advancing sustainable farming solutions with @redoxgrows! 🌱🚨My new publication explores how ethylene suppresses beneficial plant-fungal interactions. Thanks @carogutj @KartikyeV
https://t.co/5D0xfXjWon
#SoilHealth #SustainableAg #RegenerativeAg #RedoxBiology

[Giles E D Oldroyd 🏳️‍🌈 @gilesedoldroyd]

Delighted to share my recent TED talk, where I delve into the potential of soil microbes to future-proof our food supply, reducing the environmental impacts of agriculture and providing better livelihoods for farmers.
Check it out: https://t.co/zvzzvMHGOj @TEDTalks @ENSA_research

[Jingyi David_zzZ OKSU @Davidzz46648607]

Congratulations! Impressed by the CNGC15 function in wheat AMS!

[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

[Jingyi David_zzZ OKSU @Davidzz46648607]

Thrilled to see the updated version!

[Malick Mbengue @MbengueMalick14]

Delighted to present an updated version of our LysM-RLK/AM symbiosis story in Marchantia! Congrats @TeyssierEve for the efforts, as well as to all colleagues involved. https://t.co/XoPcalDOCh

[Jingyi David_zzZ OKSU @Davidzz46648607]

@DvRiD8f52XatGLr Your photo is always so beautiful!

[Giles E D Oldroyd 🏳️‍🌈 @gilesedoldroyd]

Plant science drives sustainable development and advances in food security in more ways than we could imagine.

Investing in research focused on crop productivity ensures progress in addressing global challenges and feeding the world.
#WorldScienceDay #PlantScience

[Jingyi David_zzZ OKSU @Davidzz46648607]

Very straightfroward and neat story.

[Tatsuya Nobori @nobolly]

A peptide-receptor module links cell wall integrity sensing to pattern-triggered immunity https://t.co/HUqy7v9fqY

[Jingyi David_zzZ OKSU @Davidzz46648607]

@wangzhian8848 王局趁机说一下献忠学

[Jingyi David_zzZ OKSU @Davidzz46648607]

@DvRiD8f52XatGLr Thank you su much! Love your photograph.

[Jingyi David_zzZ OKSU @Davidzz46648607]

New role of LYR4 in immunity!

[bioRxiv Plant Bio @biorxiv_plants]

The Medicago truncatula LYR4 intracellular domain serves as a scaffold in immunity signaling independent of its phosphorylation activity https://t.co/yDYE1kEzia #biorxiv_plants

[Jingyi David_zzZ OKSU @Davidzz46648607]

Love Current Biology! More and more evidences for AOM.

[Oswaldo Valdes-Lopez @OswaldoValdesl]

The CEP peptide-CRA2 receptor module promotes arbuscular mycorrhizal symbiosis: Current Biology https://t.co/KFlD8ciVuM

[Jingyi David_zzZ OKSU @Davidzz46648607]

What a surprise of today!

[Hiromu Kameoka @pAct_kame_GFP]

Great! https://t.co/bwUxZrv7zD
The function of SLs shown in this work may answer two long-standing questions about SL evolution.
1. Why did plants start exuding SLs before AM fungi evolved to respond to them? → To suppress the growth of fungal pathogens.

[Oswaldo Valdes-Lopez @OswaldoValdesl]

Evolution of small molecule-mediated regulation of arbuscular mycorrhiza symbiosis | Philosophical Transactions of the Royal Society B: Biological Sciences https://t.co/0tHPnyehUU