🌲 New article in @AoB_PLANTS presents a simple method to visualize cellular changes during organ shedding, offering new insights into the plant abscission zone.
Full #openaccess
👉 doi.org/rbkp
#PlantScience #PlantDevelopment
ALT Developmental series of floral organ abscission in wild-type and mutant Arabidopsis. The first open bud was defined as position 1 (P1) (Bleecker and Patterson 1997). Abscission position (mean ± SEM) is indicated in the lower right of each panel. Representative phenotypes are shown. (a) Wild-type Col-0 flowers abscise between P6 and P7. (b) bop1-6D exhibits early abscission. (c) ath1-3 shows delayed abscission and retention of floral organs. (d) rbohD rbohF shows slightly accelerated abscission. Scale bars = 5 mm.
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May 23
🌿✨ A Great Opportunity for Scientists, Researchers, Scholars & Students! ✨🌿
CSIR-National Botanical Research Institute (CSIR-NBRI), Lucknow invites you to participate in the Two-Day National Symposium on “Hormonal Cross-talk Regulating Plant Development and Stress Responses” to be held on 15–16 July 2026.
This prestigious symposium will bring together leading experts and young researchers to discuss the latest breakthroughs in plant growth regulation, stress adaptation, and sustainable crop improvement. 🌱🔬
🌟 Highlights:
✔️ Invited Expert Talks
✔️ Oral & Poster Presentations
✔️ Flash Talks by Students
✔️ Interactive Scientific Discussions
✔️ Networking Opportunities
✔️ Emerging Research Trends
📍 Venue: CSIR-NBRI, Lucknow
📅 Dates: 15–16 July 2026
📝 Registration Link: forms.gle/JxLExcqTvjJNjWLL7
Join us in advancing the frontiers of plant science and innovation for a sustainable future.
#CSIRNBRI #PlantScience #HormonalCrosstalk #StressBiology #PlantDevelopment #Biotechnology #ResearchSymposium #ScientificInnovation #Lucknow #CSIR
@akshasany @CSIR_IND @DBTIndia @DrJitendraSingh @IndiaDST @SMCC_NIScPR @SMCC_NIScPR @ANRFIndia
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#SeedBio
Hormone signaling pathways coordinate seed dormancy release and regulate germination through transcriptional networks
@PlantSciRes #SeedDormancy #PlantDevelopment
Details: maxapress.com/article/doi/10…
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#SeedBio
Nuclear sequestration of PME5 mRNA controls pectin remodeling and stem cell homeostasis in plant meristems
@PlantSciRes #PlantDevelopment #CellWall
Details: maxapress.com/article/doi/10…
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#SeedBio
Environmental factors regulate seed dormancy and germination through hormonal balance and transcriptional control mechanisms
@MaximumAcademic #SeedDormancy #PlantDevelopment @NewPhyt
Details: maxapress.com/article/doi/10…
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#SeedBio
Hormone signaling pathways coordinate seed dormancy release and regulate germination through transcriptional networks
@MaximumAcademic #SeedDormancy #PlantDevelopment @ThePlantCell
Details: maxapress.com/article/doi/10…
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302
#SeedBio
Nuclear sequestration of PME5 mRNA controls pectin remodeling and stem cell homeostasis in plant meristems
@MaximumAcademic #PlantDevelopment #CellWall @ThePlantCell
Details: maxapress.com/article/doi/10…
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176
📙From PCP latest issue: Review💐
✨Open Access!
"The role of #nitrilases in #auxin biosynthesis, plant development and stress responses"
Barbara Wójcikowska
doi.org/10.1093/pcp/pcaf152
#PlantDevelopment #StressResponse #Plantsci
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Feb 10
How many “master regulators” can plant development have? The literature suggests infinitely many. #masterregulator #plantdevelopment #cells
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A big thanks to Dr. Mikaël Lucas and Prof. Pascal Gantet for their inspiring talks on gene regulatory networks and how one of the microproteins shapes rice development and stress response🌾#plantdevelopment #GRNs
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10 Dec 2025
Take a look at this great review by J Dradley of the work we've been doing to understand the modulation of #plantdevelopment by plastid-derived signals
"An unknown #apocarotenoidsignal alters plant development by modulating shoot and root apical meristem" academic.oup.com/plphys/arti…
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24 Sep 2025
📙From PCP latest issue (66-8): Review💐
'Multifaceted roles of U-box E3 ligases in #PlantDevelopment'
H N Karthik et al.
doi.org/10.1093/pcp/pcaf059
#UbiquitinLigase #E3ligase #Ubiquitination #Plantsci
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6 Aug 2025
Excited for the @faseborg.bsky.social's upcoming #PlantDevelopment conference in Massachusetts? #PDevSRC
To complement the meeting, we've curated a collection of review-type and Research Articles on this topic:
journals.biologists.com/dev/…
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1 Jul 2025
I found these in a public garden.
When your developmental genes say “freestyle.”
Fascinating example of floral dysmorphia—likely fasciation or a disrupted apical meristem.
#PlantDevelopment #MeristemMisadventures #MutationMatters #Morphogenesis
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24 Jun 2025
🌸 New research published!
📖 Advances in ERECTA Family Regulation of Female Gametophyte Development in Arabidopsis thaliana
✍️ Han Su et al.
🔗 brnw.ch/21wTEnI
#PlantDevelopment #Arabidopsis #FemaleGametophyte #ERECTA #ReproductiveBiology #PlantScience
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12 Jun 2025
🌱 New in Plants!
📖 "Interactions Between the Transcription Factor BOL/DRNL/ESR2 and the Jasmonate Pathway"
✍️ Beatriz E. Ruiz-Cortés et al.
🔗 brnw.ch/21wTleK
#Arabidopsis #Jasmonate #PlantHormones #TranscriptionFactors #BOL #PlantDevelopment #PlantBiology
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23 May 2025
#SeedBio
Arabidopsis thaliana insights into seed development: embryogenesis, endosperm & seed coat. Molecular mechanisms guide crop research!
@MaximumAcademic #SeedBiology #PlantDevelopment @PPLplantarum
Details: maxapress.com/article/doi/10…
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14 May 2025
🚅Advance Access for the upcoming special issue 'Ecology and Evolution' : Review💐
'Enhancers in Plant Development, Adaptation and Evolution'
Bliss M Beernink et al.
doi.org/10.1093/pcp/pcae121
#PlantDevelopment #PlantAdaptation #Plantsci
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New research by Li et al. provides mechanistic insights into AtGRF5-mediated transformation, while offering a practical solution to the challenges in cucurbit #crop #genetic modification.
doi.org/10.1111/jipb.13912 @wileyplantsci #PlantSci #JIPB #PlantDevelopment
ALT This diagram, illustrating the one-step de novo shoot organogenesis (DNSO) method, demonstrates that overexpression of the morphogenic gene AtGRF5 significantly enhances genetic transformation efficiency in cucurbit crops by promoting callus proliferation and increasing dense cells during regeneration.
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Cell wall remodeling is a vital but complex aspect of #plant regeneration. In their new #JIPB review, Zhang et al. explore the effects of this process on regeneration and provide insights into future research.
doi.org/10.1111/jipb.13911 @wileyplantsci #PlantSci #PlantDevelopment
ALT Diagram indicating the role of cell wall remodeling in tissue repair, de novo organ regeneration, and somatic embryogenesis.
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