MPMI Journal (@mpmijournal) 's Twitter Profile
MPMI Journal

@mpmijournal

IS-MPMI & APS: Open access journal on molecular biology & molecular genetics of pathological, symbiotic, & associative interactions of microbes with plants.

ID: 740529880606113792

linkhttps://apsjournals.apsnet.org/page/mpmi/about calendar_today08-06-2016 13:04:16

1,1K Tweet

3,3K Followers

460 Following

MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Join the 2025–2027 cohort of MPMI Assistant Feature Editors! 🌱🦠 Gain editorial experience, create multimedia content, network with the greater molecular plant-microbe interactions community, and amplify impactful research. Learn more: ismpmi.org/mpmi/Pages/Cal…

Join the 2025–2027 cohort of MPMI Assistant Feature Editors! 🌱🦠   

Gain editorial experience, create multimedia content, network with the greater molecular plant-microbe interactions community, and amplify impactful research. Learn more:
ismpmi.org/mpmi/Pages/Cal…
IS-MPMI (@ismpmi) 's Twitter Profile Photo

Abstract submission is now open! Share your discoveries in plant-microbe interactions this July in Cologne, Germany. Share your findings: bit.ly/4aCeChP The deadline to submit is March 11. #2025ISMPMI #GlobalResearch #PlantMicrobeScience

Abstract submission is now open! Share your discoveries in plant-microbe interactions this July in Cologne, Germany.

Share your findings: bit.ly/4aCeChP

The deadline to submit is March 11.
#2025ISMPMI #GlobalResearch #PlantMicrobeScience
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

MPMI recently published three prominent papers on breakthrough research in soybean cyst nematode management. Read the press releases about the novel research 🫛🪱: Harnessing Nature to Defend Soybean Roots: Using Novel Cry Protein to Control the Number-One Soybean Pest (original

MPMI recently published three prominent papers on breakthrough research in soybean cyst nematode management. Read the press releases about the novel research 🫛🪱:

Harnessing Nature to Defend Soybean Roots: Using Novel Cry Protein to Control the Number-One Soybean Pest (original
IS-MPMI (@ismpmi) 's Twitter Profile Photo

Check your email for this month's member-only #NewsCapsule for a special #MPMI Focus Issue sneak peek, FREE #EarlyCareerShowcase registration, and other society news! bit.ly/3PWeccE

Check your email for this month's member-only #NewsCapsule for a special #MPMI Focus Issue sneak peek, FREE #EarlyCareerShowcase registration, and other society news! bit.ly/3PWeccE
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Get a First Look! 👇 Phytophthora alni Infection Reinforces the Defense Reactions in Alnus glutinosa - Frankia Roots to the Detriment of Nodules doi.org/10.1094/MPMI-1… Mathilde Vincent Aude Herrera-Belaroussi Hasna BOUBAKRI Hay Anne-Emmanuelle

Jessie Choi (@jesspatho36) 's Twitter Profile Photo

Check out my MPMI Research Spolight interview! This publication is a key chapter from my PhD and very meaningful to me. It was chosen as an Editor's Pick and received Honorable Mention for Best MPMI Student Paper 2023! MPMI Journal Cornell AgriTech ismpmi.org/Community/Inte…

IS-MPMI (@ismpmi) 's Twitter Profile Photo

Early bird registration is OPEN! Join #2025ISMPMI July 13–17 in Cologne, Germany for five days of groundbreaking plant-microbe research. Register by April 30 for the best rate! Sign up now: bit.ly/4bfDvR0 #PlantMicrobe #ScientificResearch #MolecularBiology

Early bird registration is OPEN! Join #2025ISMPMI July 13–17 in Cologne, Germany for five days of groundbreaking plant-microbe research.

Register by April 30 for the best rate!

Sign up now: bit.ly/4bfDvR0
#PlantMicrobe #ScientificResearch #MolecularBiology
IS-MPMI (@ismpmi) 's Twitter Profile Photo

Did you miss Session 1 of the 2025 IS-MPMI Early Career Showcase? No worries! Join us live for Session 2 on February 26. Don’t miss more great research and discussions—register now! bit.ly/4funAyV #ISMPMI #PlantMicrobe #EarlyCareerShowcase

Did you miss Session 1 of the 2025 IS-MPMI Early Career Showcase? No worries! Join us live for Session 2 on February 26. Don’t miss more great research and discussions—register now! 

bit.ly/4funAyV

#ISMPMI #PlantMicrobe #EarlyCareerShowcase
IS-MPMI (@ismpmi) 's Twitter Profile Photo

Abstract submissions for the 2025 IS-MPMI Congress will close March 11 and not reopen. Share your work today to be a part of the largest conference in plant-microbe research! Submit now: bit.ly/4aCeChP #2025ISMPMI #CallforAbstracts #MPMI #Research #PlantScience

Abstract submissions for the 2025 IS-MPMI Congress will close March 11 and not reopen. Share your work today to be a part of the largest conference in plant-microbe research!

Submit now: bit.ly/4aCeChP

#2025ISMPMI #CallforAbstracts #MPMI #Research #PlantScience
IS-MPMI (@ismpmi) 's Twitter Profile Photo

FINAL CALL! This is your LAST chance to submit your abstract for #2025ISMPMI! Be part of the leading global event in molecular plant-microbe interactions July 13-17 in Cologne, Germany. Don't wait–submit now! 🔗 bit.ly/4aCeChP #ISMPMI #PlantMicrobe #FinalCall

FINAL CALL! This is your LAST chance to submit your abstract for #2025ISMPMI! Be part of the leading global event in molecular plant-microbe interactions July 13-17 in Cologne, Germany.

Don't wait–submit now!
đź”— bit.ly/4aCeChP

#ISMPMI #PlantMicrobe #FinalCall
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Yi Yun Tan et al. developed efficient base editing vectors, achieving high A-to-G conversion rates in #Arabidopsisthaliana and successfully targeting multiple genes, including NLRs, to modify protein function. This demonstrates the potential of base editing for rapid functional

Yi Yun Tan et al. developed efficient base editing vectors, achieving high A-to-G conversion rates in #Arabidopsisthaliana and successfully targeting multiple genes, including NLRs, to modify protein function. This demonstrates the potential of base editing for rapid functional
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

New research by Joydeep Chakraborty et al. elucidates the tomato PP2C-immunity associated candidate 6 (Pic6) as a negative regulator of MAPK signaling and its pivotal role in modulating tomato immunity against bacterial pathogens. 🍅🦠 Boyce Thompson Inst Cornell CALS Learn more:

New research by Joydeep Chakraborty et al. elucidates the tomato PP2C-immunity associated candidate 6 (Pic6) as a negative regulator of MAPK signaling and its pivotal role in modulating tomato immunity against bacterial pathogens. 🍅🦠 <a href="/BTIscience/">Boyce Thompson Inst</a> <a href="/CornellCALS/">Cornell CALS</a> Learn more:
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Iron's redox states (Fe2+/Fe3+) are critical in fungal pathogenesis, influencing ROS production during plant-pathogen interactions. Lala Aliyeva-Schnorr et al. developed p-TEMPO and MPNBD dyes for fluorescence imaging, enabling visualization of Fe2+/Fe3+ distribution in

Iron's redox states (Fe2+/Fe3+) are critical in fungal pathogenesis, influencing ROS production during plant-pathogen interactions. Lala Aliyeva-Schnorr et al. developed p-TEMPO and MPNBD dyes for fluorescence imaging, enabling visualization of Fe2+/Fe3+ distribution in
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Selin Ozdemir et al. investigated the differential regulation and function of lncRNAs during two different stages of tomato infection by the root-knot #nematode Meloidogyne incognita. 🍅🪱 Learn more: doi.org/10.1094/MPMI-1…

Selin Ozdemir et al. investigated the differential regulation and function of lncRNAs during two different stages of tomato infection by the root-knot #nematode Meloidogyne incognita.  🍅🪱 Learn more: doi.org/10.1094/MPMI-1…
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

New research by K. M. Martin et al. expands our knowledge of tomato spotted wilt virus infection and elaborates on the intricate relationships between viral proteins, cellular dynamics, and host responses. Auburn Agriculture NCSU Entomology & Plant Pathology Learn more: doi.org/10.1094/MPMI-0…

New research by K. M. Martin et al. expands our knowledge of tomato spotted wilt virus infection and elaborates on the intricate relationships between viral proteins, cellular dynamics, and host responses. <a href="/AuburnAg/">Auburn Agriculture</a> <a href="/NCSU_DEPP/">NCSU Entomology & Plant Pathology</a> Learn more: doi.org/10.1094/MPMI-0…
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

Just published! In the latest H. H. Flor Distinguished Review, Barbara Valent honors Harold H. Flor’s legacy by exploring how the rapidly evolving rice blast fungus Pyricularia oryzae escapes plant resistance (R) genes by mutating or losing corresponding avirulence (AVR)

Just published! In the latest H. H. Flor Distinguished Review, Barbara Valent honors Harold H. Flor’s legacy by exploring how the rapidly evolving rice blast fungus Pyricularia oryzae escapes plant resistance (R) genes by mutating or losing corresponding avirulence (AVR)
MPMI Journal (@mpmijournal) 's Twitter Profile Photo

New call for papers alert 🚨🌱🦠 Submit to the "Symbiotic and Pathogenic Interactions in the Rhizosphere" focus issue by September 1, 2025! Focus Issue Guest Editors: Tarek Hewezi, Hari Krishnan, Kevin Garcia, and Mina Ohtsu Learn more: apsjournals.apsnet.org/mpmirhizosphere

New call for papers alert 🚨🌱🦠 Submit to the "Symbiotic and Pathogenic Interactions in the Rhizosphere" focus issue by September 1, 2025! 

Focus Issue Guest Editors: Tarek Hewezi, Hari Krishnan, Kevin Garcia, and Mina Ohtsu

Learn more: apsjournals.apsnet.org/mpmirhizosphere