JIPB

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! jipb.net/EN/1672-9072/h… @wileyplantsci #SciComm

🌈Leaf color is an important turfgrass trait, and nitrogen is pivotal for leaf coloration. ⛳️Here, Ye et al. report that #nitrogen-mediated LpMPK6 regulates leaf color in perennial ryegrass. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #grass #plant

🍞Pre-harvest sprouting in #wheat leads to premature seed germination and reduces both yield and flour quality. 🫓A new #FreeAccess study in #JIPB reports that GSK3 regulates DOG1L4 to enhance PHS resistance. 🥖doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #crop #food #agtech

🍅Can we also blame #GA for us missing #TomatoTuesday? 🍅Xu et al. investigate the #molecular basis of cut-budding in #tomato, specifically, the role of GROWTH-REGULATING FACTOR1 & its association with gibberellin signaling. 🍅doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #JIPB

Meet a hierarchical engineering strategy that improves Casδ-1 #genome editing activity by enhancing its interactions with crRNA, PAM duplex, single-stranded #DNA substrate, and #RNA–DNA heteroduplex. Read it for free! doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #CRISPR #JIPB

Which plant science papers are shaping the field? 🌱 From stress responses and gene regulation to crop improvement, @JIPBio's most-cited articles of 2024–25 reveal where the science is moving. Explore the collection 👇 ow.ly/nEg050Yt05n #PlantBiology #OpenAccess

Plants rely on tightly coordinated carbon and nitrogen metabolism for growth and yield. This expert review breaks down the latest insights—and how boosting photosynthesis & NUE can drive sustainable agriculture. Dive into the science from @JIPBio🔗ow.ly/Vmez50Yl3rx

How do plants survive saline–alkali soils? This Journal of Integrative Plant Biology (@JIPBio) study reveals how the SlWRKY42–SlMYC2 module boosts tomato tolerance via jasmonic acid signaling, spermidine biosynthesis, and ion balance. Read now🔗ow.ly/wEJ350Yntlc

🧪Phillyrin is a unique #antiviral lignan with potent anti-#flu activity only found in Forsythia suspensa. Wang et al. reveal key steps in its #biosynthesis, bringing us one step closer to a valuable #drug. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #JIPB #plant #medicine

🐾We *promise* this🐾post wasn't written🐾by a cat...🤞 🐾Banjanac et al. report🐾that iridoid diversity in🐾catmints is at least partially attributed🐾to #evolutionary gains🐾and losses of key🐾#biosynthetic #genes. 🔗doi.org/10.1111/jipb.7…🐾@WileyLifeSci #PlantSci #JIPB🐾#meow

🌡️When the going gets🥵hot...GUN1 gets going. 🌱GUN1 helps relay heat-related cues to maintain #chloroplast biogenesis and support thermotolerance during early seedling #growth in #Arabidopsis. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #JIPB #ClimateEmergency

🌾Wu et al. report that TE-mediated #DNA methylation leads to grain filling with a maternal effect in high-latitude Japonica rice varieties, possibly associated with the northward expansion of #rice during domestication. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #JIPB #CropSci

🌽"The future is the past." Sounds corny? You bet! ⌛️Understanding our #crop ancestors will help #PlantScience create the #food of the future. 🍿Yuan et al. report on the hybrid origin and #phenotype #evolution of modern #maize! 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #JIPB

🥦Clubroot disease is responsible for an estimated 15% annual global Brassica #crop loss. 💡This new #JIPB commentary examines #research by Wu et al. exploring the role of GSL5 as a key #gene for susceptibility to clubroot. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #PlantScience

🌾#Rice is a staple food for nearly 50% of the world's population, but #food insecurity and iron-deficiency malnutrition are major challenges. 🤝This partner protein helps OsNRAMP3 win a novel function to transport Fe2+ in #rice. 🔗doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci

😎Because when it comes to #PlantSci, you can't have too much of a good thing! 💪Zhao et al. report on an AGO2–miR167g-3p–SNAP32 module that confers #antiviral immunity in #rice. 🌾doi.org/10.1111/jipb.7… @WileyLifeSci #CropSci #JIPB #agriculture #AgTech #RNA

🌾#Rice... ✅ Crucial #food source ✅ Monocot model #plant ☠️ Vulnerable to #viral pathogens 🎉But there's hope! 📢Li et al. report ARGONAUTE 2 plays essential roles in a broad-spectrum #antiviral defense. 🔗doi.org/10.1111/jipb.7… 💕@WileyLifeSci #PlantSci #FoodSecurity

Manipulation of the #gene for the single-MYB transcription factor GmMYB331 may be a breakthrough mechanism for breeding high-oil/high-yield #soybean cultivars. Read the research for free, right here⬇️ doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #JIPB #AgTech #CropScience

#Plant & animal #immune systems share an #evolutionary challenge: Defending against biotic #stress while minimizing self-damage. Li et al. survey what we know & how understanding cross-kingdom mechanisms might improve #AgTech. doi.org/10.1111/jipb.7… @WileyLifeSci #PlantSci #JIPB

Fill your weekend with the best in #PlantScience from @JIPBio and @WileyLifeSci! #CropSci #AgTech #MolBio #CellBio #genetics #multiomics #development #morphology #JIPB

Unlock new insights into pear fruit development! 🍐 This study builds a multi‑omics integrative gene network revealing key regulators of sugar, acidity, and texture—plus a new database for deeper exploration. Dive in and read more in @JIPBio⬇️ ow.ly/1B0c50YffW4