JIPB

Journal of Integrative Plant Biology publishes reports, commentaries, review articles, new resources, new technologies, and full-length research articles.

[JIPB @JIPBio]

Publish with us! From breakthrough reports to full-length research articles, #JIPB is a peer-reviewed monthly #PlantScience journal with a 2021 CiteScore of 11.8, and >20k library subscriptions worldwide! Visit our website today!
https://t.co/dL1CuK2Sk7 @wileyplantsci #SciComm

[JIPB @JIPBio]

#Apple Alternaria blotch is a devastating disease that threatens global apple production.
Bai et al. identify MdWRKY9 as a key positive regulator of A. alternata resistance and provide insights for future breeding programs.
https://t.co/VfbfwPd0FD @WileyLifeSci #PlantSci #JIPB

[JSE @JournalSysEvo]

📢Only in #JSE!
APG V, the 5th community-based classification of flowering #plants, is now available!
This revision of the APG #classification marks a shift from mainly #plastid-based classification to nuclear-#genome-informed #systematics.
🆓https://t.co/2XAlFHnbfh @WileyEcology

[Mika @Mikainsanaa]

Me voy a mandar a hacer una polera con el APG V

[WIMI Biotech @wimi_biotech]

Fragrant Wheat is Here! 🌾🍿 Lanqin Xia (CAAS) & Yan Guo (CAU) Teams Publish in JIPB (2026)!

Targeted mutagenesis of TaBADH1 & TaBADH2 creates transgene-free fragrant wheat with up to an 11.24-fold boost in 2-AP! 🎯📦

Key Technological Breakthroughs:
🍿 11.24-Fold 2-AP Surge: Double knockouts (TaBADH1-aabbdd / TaBADH2-aabbDD) elevated grain 2-AP from 3.80 μg/kg to 42.70 μg/kg, conferring a distinct popcorn-like aroma.

🧬 Asymmetric Gene Redundancy: Discovered that TaBADH1 (Chr 2) plays a dominant role over TaBADH2 (Chr 6) in wheat 2-AP biosynthesis—a novel regulatory pattern distinct from rice, soybean, and tomato.

🧫 Gametophytic Transmission Barrier Uncovered: Identified male gametophyte transmission failure for triple-knockout abd TaBADH2 alleles, establishing subgenome-specific editing parameters.

🌾 Zero Yield Penalty: Field trials confirmed that transgene-free fragrant lines maintained wild-type tillering, grains per spike, thousand-grain weight (TGW), and per-plant yield.

A major milestone in quality trait bioengineering for staple cereal crops! 🚀🌟
https://t.co/n6LmVwBlXS

#WheatGenomics #CRISPR #FragrantWheat #JIPB2026 #2AP #AgBiotech

[JIPB @JIPBio]

This aromatic #wheat developed via targeted mutagenesis of BADH1 and/or both BADH1 and BADH2 using #CRISPR/Cas9 is a promising tool for breeding fragrant cultivars with higher consumer preference and market value.
#OpenAccess
https://t.co/R4a1PsS13F @WileyLifeSci #PlantSci #JIPB

[JIPB @JIPBio]

⚖️#Zinc homeostasis is essential for #plant #growth, and now Deng et al. reveal how CPK10 kinase acts as a delayed brake on zinc uptake, preventing plants from taking up too much and maintaining this critical balance.
🌱https://t.co/r8YpsNDt89 @WileyLifeSci #PlantSci #JIPB

[JIPB @JIPBio]

Featured on the cover of our October issue!
Xu et al. expand our understanding of #flavonoid glycosylation mechanisms in D. moldavica and provide promising enzymatic resources for the #biosynthesis of #bioactive #natural products.
https://t.co/5e4R3RsPqj @WileyLifeSci #JIPB

[JIPB @JIPBio]

Feeding the world requires innovative #PlantScience!
As global food demand rises, breakthroughs like new work on TGW1aJZ-the OsFTL1 allele that balances high grain yield with early maturity in #rice-may hold crucial solutions.
https://t.co/cROVLTEMRr @WileyLifeSci #JIPB #AgTech

[JIPB @JIPBio]

Fusarium head blight causes severe yield loss & mycotoxin contamination in #wheat. This new work by Chen et al. on the miR168a–TaAGO1b module reveals a potential strategy for breeding resistant, high-yielding wheat varieties!
https://t.co/XPeWSyWfj6 @WileyLifeSci #PlantSci #JIPB

[JIPB @JIPBio]

New analysis of gene-editing tools in #tomato identifies Cas-SF01 as the most efficient variant, providing a compact, versatile and specific tool for studying #gene function, developing improved tomato varieties, and more!🆓https://t.co/Md5ZYchvXg @WileyLifeSci #PlantSci #CropSci

[JIPB @JIPBio]

Understanding the grammar of plant cis-regulatory elements is crucial to future work combining single-#cell omics, #CRISPR dissection, and #AI-driven design to enable predictive engineering and #crop improvement.
New from #JIPB🆓⬇️
https://t.co/JUNEiy1dij @WileyLifeSci #PlantSci

[JIPB @JIPBio]

This #OpenAccess review tackles advances in #plant cyclic nucleotide-gated channels. Tan et al. explore key questions and the future multi-#omics and structural studies that will drive #crop improvement.
https://t.co/GfEDkaIpnq @WileyLifeSci #PlantSci #CropSci #JIPB

[JIPB @JIPBio]

This dual mechanism by which TaHDA1 integrates non-histone and histone deacetylation to balance #growth and stress adaptation is a promising tool for breeding drought-resilient and nutritionally enhanced #wheat varieties.
https://t.co/yR5yE2rNYn @WileyLifeSci #PlantSci #CropSci

[JIPB @JIPBio]

This new #JIPB commentary by Zhao et al. explores how surface immune signals license intracellular NLR receptors through alternative #RNA splicing, highlighting a newly uncovered layer of plant immune regulation.
https://t.co/CPdt8Lz1PX @WileyLifeSci #PlantScience #phytopathology

[JIPB @JIPBio]

Higher #grain weight and stronger #seed dormancy are essential for better #rice yields.
Zhao et al. report the miR1866–OsUBP7 regulatory module promotes grain yield and seed dormancy through #ABA signaling in rice
https://t.co/2Lb85Y8gt3 @WileyLifeSci #PlantSci #JIPB #CropSci

[JIPB @JIPBio]

Liao et al. identify CycC1;1 as a -ve regulator of JA-induced #leaf senescence in #Arabidopsis, physically interacting with MYC2 in the nucleus to inhibit MYC2-mediated transcriptional activation of senescence-associated #genes.
https://t.co/cvx3JEKR8X @WileyLifeSci #PlantSci

[JIPB @JIPBio]

We are delighted to be Silver Sponsors of #PGRP2026! Look for our Deputy Executive Editor-in-Chief, Dr. Jie Shen from the Institute of Botany, Chinese Academy of Sciences if you want to discuss publishing #PlantScience with us and
@WileyLifeSci !

[PGRP2026 - Málaga (Spain) @PGRP2026]

This is about to start! Looking forward to 3 days of exciting science! Thanks to all speakers, attendees and sponsors!

[JIPB @JIPBio]

Stripe rust is a devastating pathogen of graminaceous #crops. Here, Wang et al. identify the S-like RNase TaRNS4 that positively regulates #wheat resistance to stripe rust by degrading the #RNA of Puccinia striiformis.
#OpenAccess
https://t.co/NuPxkGsJW2 @WileyLifeSci #PlantSci

[JIPB @JIPBio]

This #JIPB commentary explores new findings that CHILLING PHOENIX acts as a transcriptional hub rewiring #rice metabolism from cold defense to nitrogen-driven regrowth, potentially uncoupling #stress survival from yield penalty. https://t.co/xf9onwBUO6 @WileyLifeSci #PlantSci

[JSE @JournalSysEvo]

#JSE recently served as a contributing organizer of the Sino-American Conference on New Horizons in #PlantScience! We were thrilled to have members of our editorial board join us at the conference to support and promote the latest in #systematics and #evolution research!