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🔬🌱 Yeah, sometimes finding the cannabis meristem is harder than you think... but Henry, a Cannabis Science and Production student, is a tissue culture pro!

Let's gooo!

#plantbiology #horticulture #cea

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Botany details

🪴🌱🌾🌿 #botany #PlantBiology

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#microscopy pic of cells in the #abscission zone where a #plant let go a a #leaf or #flower. 📸 Sebastian Agustin

#plantbiology #botany #devbio #cellfie #plantscience

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#VegetableRes
SmKRP3 plays a positive role in eggplant's response to salt stress, enhancing our understanding of the KRP gene family in eggplants.
Details: maxapress.com/article/doi/10.48130/veg...
#Eggplant #SaltStress #KRPGenes #PlantBiology

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Mothers 🤰

#plantbiology #horticulture #controlledenvironmentagriculture

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Quercus pyrenaica young forests burned in Aug 2025

Quercus pyrenaica young forests burned in Aug 2025

Quercus pyrenaica, postfire resprouts from roots

Quercus pyrenaica, postfire resprouts from roots

In Quercus pyrenaica woodlands, when fire intensity is high, it often resprouts from the roots rather than from the trunk or root crown.

Llamas de Cabrera, Aug 2025 fire, León, Spain, doi.org/10.1111/gcb....
🧪🌍🔥🌳🪴🌱 wildfire #PlantBiology #botany

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But if you look closely, there is a lot of biological activity: Erica australis resprouting, Narcissus_coronatus, Pterospartum tridentatum (resprouts & seedlings).
Llamas de Cabrera, Aug 2025 fire, León, Spain

🧪🌍🔥🌳🪴🌱🍁🌴 #botany wildfire #PlantBiology

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🎙️🪴 How does cannabis stress influence secondary metabolite production? Let’s talk about it at MJ Unpacked in Atlantic City.

#CropSteering #PlantBiology #Horticulture #MJUnpacked #thisissiu

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Meet the team behind TAIR12: Alyssa Proia, Phoenix Bioinformatics - Phoenix Bioinformatics Meet Bioinformatician Alyssa Proia, one of the researchers behind TAIR12

Meet TAIR's own Alyssa Proia, one of the researchers behind #TAIR12, now available on the ENA and NCBI.

phoenixbioinfo.org/meet-the-tea...

#PlantScience #PlantBiology #Arabidopsis

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Nitrogen's Secret: How Plants Delay Flowering
Nitrogen's Secret: How Plants Delay Flowering YouTube video by Bio sapiens

Lyu et al. (2026) in Developmental Cell show how nitrogen levels affect flowering in grasses via protein degradation in nuclear condensates! Important for crop development.
Check out the video!
#PlantBiology #Agriculture #Science

youtu.be/-DCyGySOl-U

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Postdoctoral Research Scientist (Plant Engineering Biology)

We're recruiting for a #Postdoc Researcher to work on Plant Engineering Biology with Dr Sarah Guiziou! 🌱

You should have:
✅ Experience in #plantbiology and molecular biology
✅ An interest in the potential of #engineeringbiology
✅ A PhD in biology, #bioengineering, or biochemistry

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TAIR AI chatbot flyer

TAIR AI chatbot flyer

We're working on an AI-powered chatbot to help make it easier to find data in TAIR. Right now, we're seeking testers to ask questions and rate the responses.

Try it, and let us know what you think >>> dev.arabidopsis.org/chat

#plantscience #plantbiology #arabidopsis

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🌱#SeminarSeriesCBGP

🗓️ 10/04/26 - 12:30
🧑🏽‍🔬 Fredy Barneche
📰 Multilevel nuclear reprogramming during Arabidopsis photomorphogenesis
💻 Zoom: shorturl.at/BB2CU (🔐627464)
🏛️ Sorbonne Université. France, Paris

#Research #PlantScience #PlantBiology

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Have you used #TAIR12 in your research? We're looking for speakers for the Arabidopsis Bioinformatics concurrent session at #ICAR2026 in Singapore! Interested? Email curator@arabidopsis.org with your pitch.

#plantscience #plantbiology #arabidopsis 🧪

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Combine harvester moving through a golden wheat field during harvest, with dust rising behind it under an open sky.
Image credit: Shutterstock/Fotokostic.

Combine harvester moving through a golden wheat field during harvest, with dust rising behind it under an open sky. Image credit: Shutterstock/Fotokostic.

Wary of #ClimateChange, scientists are strengthening #CropResilience—but hidden #PlantBiology trade-offs could impact #productivity & #nutrition. 🌱

A PNAS News Feature: https://ow.ly/Fk8Q50YCrSo

#ClimateResilience #soybeans #wheat #HeatWave #photosynthesis #condensates

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U-box E3 structural mechanisms and immune signaling networks.

(a) NMR structure of the AtPUB14U-box (PDB: 1T1H, pale cyan).

(b) Superimposition of the AtPUB14U-box (PDB: 1T1H, pale cyan), GmPUB13U-box (PDB: 7C96, wheat), and OsCIE1U-box (PDB: 7XED, light pink).

(c) Crystal structure of the OsCIE1U-box (light pink) and OsUBC8 (light blue) complex (PDB: 7XED). (Bottom left) Close-up view of the E2-binding network with surface patch A. (Bottom middle) Close-up view of the OsCIE1U-box dimerization interface. (Bottom right) Close-up view of the E2-binding network with surface patch B.

(d) Crystal structure of the GmPUB13U-box (wheat)-Avr1d (pale green) complex (PDB: 7C96). (right) Zoom-in views of the interaction network between GmPUB13U-box-Avr1d.

(e) Two views of the crystal structure of the AvrPtoB CTD (C-terminal domain) (PDB: 2FD4, raspberry) showing the core fold, loops 1 and 2, and the partially disordered N-terminal domain regions.

(f) Surface and cartoon representation of the AvrPtoBCTD (PDB: 2FD4, raspberry). Close-up view of the E2-binding residues.

(g) Superimposition of the AtPUB14U-box (PDB: 1T1H, pale cyan) and AvrPtoBCTD (PDB: 2FD4, raspberry). Close-up view of the E2-binding residues.

(h) Models of U-box E3s in positively regulating immunity. (Left) PUB2/4-interacting PTI components in Arabidopsis. (Left middle) Chitin-activated CERK1 phosphorylation of CIE1 (i), preventing E3-ligase activity and promoting the immune response as well as PUB44 and the MAPK cascade (ii), promoting PBI1 degradation and releasing WRKY45, in rice. (Right middle) PUB17-mediated degradation of KH17 in potato. (Right) Positive feedback loop by the MYC2-PUB22-JAZ4 module to promote JA signaling in tomato.

(i) (Left) Secretion of SDE5 by CLas bacteria promotes PUB21-mediated MYC2 degradation and suppresses JA signaling in citrus. (Left middle) PUB25/26-mediated degradation of MYB6 and increased Verticillium dahliae susceptibility in Arabidopsis. (Right middle) PUB12/13-me…

U-box E3 structural mechanisms and immune signaling networks. (a) NMR structure of the AtPUB14U-box (PDB: 1T1H, pale cyan). (b) Superimposition of the AtPUB14U-box (PDB: 1T1H, pale cyan), GmPUB13U-box (PDB: 7C96, wheat), and OsCIE1U-box (PDB: 7XED, light pink). (c) Crystal structure of the OsCIE1U-box (light pink) and OsUBC8 (light blue) complex (PDB: 7XED). (Bottom left) Close-up view of the E2-binding network with surface patch A. (Bottom middle) Close-up view of the OsCIE1U-box dimerization interface. (Bottom right) Close-up view of the E2-binding network with surface patch B. (d) Crystal structure of the GmPUB13U-box (wheat)-Avr1d (pale green) complex (PDB: 7C96). (right) Zoom-in views of the interaction network between GmPUB13U-box-Avr1d. (e) Two views of the crystal structure of the AvrPtoB CTD (C-terminal domain) (PDB: 2FD4, raspberry) showing the core fold, loops 1 and 2, and the partially disordered N-terminal domain regions. (f) Surface and cartoon representation of the AvrPtoBCTD (PDB: 2FD4, raspberry). Close-up view of the E2-binding residues. (g) Superimposition of the AtPUB14U-box (PDB: 1T1H, pale cyan) and AvrPtoBCTD (PDB: 2FD4, raspberry). Close-up view of the E2-binding residues. (h) Models of U-box E3s in positively regulating immunity. (Left) PUB2/4-interacting PTI components in Arabidopsis. (Left middle) Chitin-activated CERK1 phosphorylation of CIE1 (i), preventing E3-ligase activity and promoting the immune response as well as PUB44 and the MAPK cascade (ii), promoting PBI1 degradation and releasing WRKY45, in rice. (Right middle) PUB17-mediated degradation of KH17 in potato. (Right) Positive feedback loop by the MYC2-PUB22-JAZ4 module to promote JA signaling in tomato. (i) (Left) Secretion of SDE5 by CLas bacteria promotes PUB21-mediated MYC2 degradation and suppresses JA signaling in citrus. (Left middle) PUB25/26-mediated degradation of MYB6 and increased Verticillium dahliae susceptibility in Arabidopsis. (Right middle) PUB12/13-me…

🧬 From the plant journal: Ubiquitin ligases act as molecular switches that tune plant immunity, offering new routes to strengthen disease resistance without compromising growth. (Natalie Hamada, Katherine A. Hand, Nitzan Shabek)

▶️ onlinelibrary.wiley.com/doi/full/10....

#PlantScience #PlantBiology

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Not only reseeder or resprouter plants: Trait syndromes and post‐fire responses of three iconic Mediterranean woody species Post-fire plant functional strategies of Mediterranean woody species can be less fixed than often thought when intraspecific variability of fire-related traits is considered.

🌱 Out now!

Happy to share a new article I recently edited for Plant Biology. It offers great insights into post-fire responses of Mediterranean woody species

📖 Read the full study here: doi.org/10.1111/plb....

#PlantScience #Botany #PlantBiology #FireEcology

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#PlantScience, #PlantSci, #PlantBiology, #PlantSciJobs,
@plantpostdocs.bsky.social , #ComputationalProteomics, #Proteomics, #Bioinformatics, #MassSpec, #StructuralProteomics, #CompMS, @plantscience.bsky.social, @proteocure.bsky.social, @proteomicsnews.bsky.social

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🌱Propagation vibes at the Cannabis Biology and Cultivation Systems Lab.

#plantpropagation #plantbiology #horticulture #thisissiu

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What have we learned over the past 30 years since the discovery of the first TIR-containing plant immune receptor? Cloning of the necrotic-type response gene (N gene) from Nicotiana glutinosa in the 1990s identified the first Toll/interleukin-1 receptor (TIR)-domain-containing nucleotide-binding domain and leucine...

🧬 From Trends in Plant Science: Thirty years of research on a key immune receptor reveal how plants detect pathogens, guiding strategies to build durable disease resistance in crops. (Savithramma P. Dinesh-Kumar)

▶️ www.cell.com/trends/plant...

#PlantScience #PlantBiology #Genomics

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New Service Spotlight: Wheat & Barley Genetic Transformation 🌾

At WIMI Biotech, we’ve optimized the pipeline for small grain cereals to support the global plant science community.

#ScienceSky #PlantBiology #Cereals #WIMIBiotech #Biotechnology

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Sending out one more time. @tairnews.bsky.social and @bar-plantbio.bsky.social are organizing a session and are looking for speakers for #ICAR2026 . Could it be you? #plantbiology #reannotation #arabidopsis Please share widely.

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Very excited to be part of the "Engineering Expression: Harnessing Plant Stress to Maximize Terpenes & Cannabinoids" panel at MJ Unpacked this year!

See you in Atlantic City on May 5.

#mjunpacked #plantbiology #horticulture #thisissiu

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Organ‐specific terpenoid responses in Tanacetum vulgare are chemotype‐dependent Common tansy varieties defend differently: some boost root chemicals against soil pests, while others release stronger leaf scents against aphids.

This paper provides a phytochemical framework for understanding above- versus belowground herbivore interactions.
From @jpschnitzler.net, @robinheinennl.bsky.social, @terrecolgroup.bsky.social et al.

Read #OpenAccess in our societies journal #PlantBiology #PlantSci
DOI: doi.org/10.1111/plb....

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Let’s go dawgs! 🐕 #thisissiu #plantbiology #horticulture #cannabis

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Why did researchers choose to volunteer their time to reannotate the Arabidopsis thaliana genome? It's value to the community🌾🧪🌱

bit.ly/4btx3HQ

#TAIR #plantscience #plantbiology #Arabidopsis #cropscience #TAIR12

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🤔 Thoughts and reflections on agrivoltaics... 🤷🏻‍♂️😂

#agrivoltaics #plantbiology #horticulture #thisissiu

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 In 2024, researchers working with the Realizing Increased Photosynthetic Efficiency (RIPE) initiative reported that the engineered potatoes grew 7.5–30% better than wild-type counterparts. 
Image credit: RIPE Project/Claire Benjamin (photographer), licensed under CC BY 4.0.

In 2024, researchers working with the Realizing Increased Photosynthetic Efficiency (RIPE) initiative reported that the engineered potatoes grew 7.5–30% better than wild-type counterparts. Image credit: RIPE Project/Claire Benjamin (photographer), licensed under CC BY 4.0.

Wary of #ClimateChange impacts, researchers are boosting #CropResilience but must account for crucial #PlantBiology tradeoffs that affect #productivity and #nutrition. A PNAS News Feature: https://ow.ly/u47i50YAFGY

#soybeans #wheat #HeatWave #photosynthesis #condensates

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Close-up of young green seedlings sprouting in biodegradable pots filled with soil, symbolizing early plant biology research projects.

Close-up of young green seedlings sprouting in biodegradable pots filled with soil, symbolizing early plant biology research projects.

Genome Journal invites research submissions for their Early Leads collection, featuring exploratory experiments, unexpected results, or compact datasets in plant biology that may shape new research directions.

More info ▶️https://ow.ly/fxXy50XBEQY

#PlantBiology #CallForPapers

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📢Journal of the Week: Crop Design
International platform for advanced crop improvement research!
From omics & computational biology to transgenic crop evaluation & sustainable production—your science feeds the world.
Submit your work: www.academax.com/CROPD/home

#AcadeMax #ZJU #PlantBiology

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