Plants MDPI (@plants_mdpi) 's Twitter Profile
Plants MDPI

@plants_mdpi

Plants (ISSN 2223-7747; IF=4.0, CiteScore 6.5) is an international, scientific, #OpenAccess journal of #plant science.

ID: 956817406399209472

linkhttp://www.mdpi.com/journal/plants calendar_today26-01-2018 09:13:41

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Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌱 From marshes to mines: Crinum bulbispermum shows 85% germination & 100% seedling success on gold mine tailings. A resilient plant for #Restoration and #Phytoremediation 🌍 πŸ‘‰ brnw.ch/21wV1u4 #PlantScience #RestorationEcology #SustainableMining

🌱 From marshes to mines: Crinum bulbispermum shows 85% germination & 100% seedling success on gold mine tailings.

A resilient plant for #Restoration and #Phytoremediation 🌍

πŸ‘‰ brnw.ch/21wV1u4

#PlantScience #RestorationEcology #SustainableMining
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ“ Turning raspberry waste into wellness! Raspberry pomace, rich in antioxidants like kuromanin & chlorogenic acid, boosted phenol bioaccessibility 5Γ— in meringue cookies and outperformed commercial colorants. Read more πŸ‘‰ brnw.ch/21wV1Vq #FunctionalFoods #Antioxidants

πŸ“ Turning raspberry waste into wellness!

Raspberry pomace, rich in antioxidants like kuromanin & chlorogenic acid, boosted phenol bioaccessibility 5Γ— in meringue cookies and outperformed commercial colorants.

Read more πŸ‘‰ brnw.ch/21wV1Vq

#FunctionalFoods #Antioxidants
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ’§ Water stress exposes papaya secrets! Hermaphrodite vs. female seedlings can be distinguished via non-invasive optical & physiological traits after short drought. ✍️ Trancoso et al.πŸ“– brnw.ch/21wV2iI #Papaya #PlantScience #DroughtStress #Agronomy #SSD

πŸ’§ Water stress exposes papaya secrets!

Hermaphrodite vs. female seedlings can be distinguished via non-invasive optical & physiological traits after short drought.

✍️ Trancoso et al.πŸ“– brnw.ch/21wV2iI

#Papaya #PlantScience #DroughtStress #Agronomy #SSD
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌿 Schinus molle essential oil shows power against oxidative stress, bacteria & tumor cells! πŸ§ͺ Rich in Ξ±-phellandrene & Ξ²-myrcene, it could inspire new natural therapies. πŸ“– RΓ³mulo Oses et al. πŸ”— brnw.ch/21wV2Uu #EssentialOils #MedicinalPlants #NaturalProducts

🌿 Schinus molle essential oil shows power against oxidative stress, bacteria & tumor cells!

πŸ§ͺ Rich in Ξ±-phellandrene & Ξ²-myrcene, it could inspire new natural therapies.

πŸ“– RΓ³mulo Oses et al.
πŸ”— brnw.ch/21wV2Uu

#EssentialOils #MedicinalPlants #NaturalProducts
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌢️ Why are some peppers bumpy? πŸ”¬ Rugose surfaces form when epidermal cells lose organization, starting ~10 DPA. 🧬 Genes in microtubule dynamics & hormone signaling drive the trait. πŸ“– Yiqi Xie et al.πŸ”— brnw.ch/21wV3jK #Pepper #FruitTexture #Transcriptomics

🌢️ Why are some peppers bumpy?

πŸ”¬ Rugose surfaces form when epidermal cells lose organization, starting ~10 DPA.
🧬 Genes in microtubule dynamics & hormone signaling drive the trait.

πŸ“– Yiqi Xie et al.πŸ”— brnw.ch/21wV3jK

#Pepper #FruitTexture #Transcriptomics
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌱 Plants use metabolites as signals to decide: βš”οΈ Defense vs 🀝 Symbiosis This #SpecialIssue explores how targeted #metabolomics reveals plant stress responses & biotic interactions. πŸ“– Guest Edited by Prof. Dr. Els Prinsen πŸ—“οΈ Deadline: Sept 1, 2026 πŸ‘‰ brnw.ch/21wV3Us

🌱 Plants use metabolites as signals to decide:
βš”οΈ Defense vs 🀝 Symbiosis

This #SpecialIssue explores how targeted #metabolomics reveals plant stress responses & biotic interactions.

πŸ“– Guest Edited by Prof. Dr. Els Prinsen
πŸ—“οΈ Deadline: Sept 1, 2026
πŸ‘‰ brnw.ch/21wV3Us
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸŒžπŸŒ™ Plants keep time with light ⏰ β€” but metabolism fine-tunes the rhythm. A new review explores how #chloroplast & #mitochondrial signals entrain the #CircadianClock and shape stress adaptation. πŸ“– Cervela-Cardona et al. πŸ‘‰ brnw.ch/21wV4et #MetabolicEntrainment

πŸŒžπŸŒ™ Plants keep time with light ⏰ β€” but metabolism fine-tunes the rhythm.

A new review explores how #chloroplast & #mitochondrial signals entrain the #CircadianClock and shape stress adaptation.

πŸ“– Cervela-Cardona et al.
πŸ‘‰ brnw.ch/21wV4et

#MetabolicEntrainment
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌱✈️ Calling all young plant scientists! The Plants Travel Award 2025 is open! πŸŽ‰ πŸ† CHF 800 + certificate πŸ‘©β€πŸ”¬ For PhD students & postdocs 🌍 Present at an intl. conference in 2026 πŸ“ Apply by: 31 Oct 2025 πŸ… Winners: 31 Dec 2025 πŸ‘‰ Apply: brnw.ch/21wV4Uo

🌱✈️ Calling all young plant scientists!

The Plants Travel Award 2025 is open! πŸŽ‰

πŸ† CHF 800 + certificate
πŸ‘©β€πŸ”¬ For PhD students & postdocs
🌍 Present at an intl. conference in 2026

πŸ“ Apply by: 31 Oct 2025
πŸ… Winners: 31 Dec 2025

πŸ‘‰ Apply: brnw.ch/21wV4Uo
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ‡πŸŒ Douro wines face big climate challenges! A new study projects: πŸ“‰ Yields down (βˆ’1 to βˆ’3 t/ha) ⏰ Flowering up to 30 days earlier 🍷 Alcohol +2% vol in worst-case scenario πŸ“– Fraga et al. πŸ‘‰ brnw.ch/21wV5iE #WineResearch #Viticulture #ClimateImpact #Douro

πŸ‡πŸŒ Douro wines face big climate challenges!

A new study projects:
πŸ“‰ Yields down (βˆ’1 to βˆ’3 t/ha)
⏰ Flowering up to 30 days earlier
🍷 Alcohol +2% vol in worst-case scenario

πŸ“– Fraga et al.
πŸ‘‰ brnw.ch/21wV5iE

#WineResearch #Viticulture #ClimateImpact #Douro
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌢️🦠 New study: PMMoV can escape Nβ€²-mediated resistance… but only by losing strength. ➑️ Mutants showed reduced virus accumulation ➑️ Loss of systemic infectivity in pepper ➑️ Attenuated virulence in N. benthamiana πŸ“– Hamdayanty et al. πŸ‘‰ brnw.ch/21wV5Kx

🌢️🦠 New study: PMMoV can escape Nβ€²-mediated resistance… but only by losing strength.

➑️ Mutants showed reduced virus accumulation
➑️ Loss of systemic infectivity in pepper
➑️ Attenuated virulence in N. benthamiana

πŸ“– Hamdayanty et al.
πŸ‘‰ brnw.ch/21wV5Kx
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌱 Green manure = stronger wheat! New study shows legume GM during fallow boosts winter wheat yield, water use efficiency & nitrogen utilizationβ€”especially when combined with fertilizers + straw return. πŸ“– Xiushuang Li et al.πŸ‘‰ brnw.ch/21wV643 #Wheat #SustainableAg

🌱 Green manure = stronger wheat!

New study shows legume GM during fallow boosts winter wheat yield, water use efficiency & nitrogen utilizationβ€”especially when combined with fertilizers + straw return.

πŸ“– Xiushuang Li et al.πŸ‘‰ brnw.ch/21wV643

#Wheat #SustainableAg
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ₯¬ White rot on cabbage in Serbia New study on Sclerotinia sclerotiorum shows: πŸ”¬ Serbian isolates=one haplotype πŸ“Š Cabbage-derived strains more aggressive than sunflower-derived 🌱 Key for disease management in Brassicaceae πŸ“– Brankica PeΕ‘iΔ‡ et al.πŸ‘‰ brnw.ch/21wV6FI

πŸ₯¬ White rot on cabbage in Serbia

New study on Sclerotinia sclerotiorum shows:
πŸ”¬ Serbian isolates=one haplotype
πŸ“Š Cabbage-derived strains more aggressive than sunflower-derived
🌱 Key for disease management in Brassicaceae

πŸ“– Brankica PeΕ‘iΔ‡ et al.πŸ‘‰ brnw.ch/21wV6FI
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ‡ #PassionFruit #grafting just got smarter! New study shows 50% leaf retention = optimal for scion vigor 🌱 πŸ”¬ Enhances bud sprouting & growth 🧬 #Auxin balance + #cytokinin activation + dormancy suppression πŸ“– Xiuqing Wei et al.πŸ‘‰ brnw.ch/21wV751

πŸ‡ #PassionFruit #grafting just got smarter!

New study shows 50% leaf retention = optimal for scion vigor 🌱
πŸ”¬ Enhances bud sprouting & growth
🧬 #Auxin balance + #cytokinin activation + dormancy suppression

πŸ“– Xiuqing Wei et al.πŸ‘‰ brnw.ch/21wV751
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌱 Plants meet biotechnology for tomorrow’s medicines! πŸ“– Biotechnological Advances in Plant-Based Pharmaceuticals πŸ”¬ Topics: recombinant proteins, omics, AI, synthetic biology & more. πŸ—“ Deadline: 31 Mar 2026 πŸ‘‰ brnw.ch/21wV7xu #PlantPharma #SyntheticBiology #Omics

🌱 Plants meet biotechnology for tomorrow’s medicines!

πŸ“– Biotechnological Advances in Plant-Based Pharmaceuticals

πŸ”¬ Topics: recombinant proteins, omics, AI, synthetic biology & more.

πŸ—“ Deadline: 31 Mar 2026
πŸ‘‰ brnw.ch/21wV7xu

#PlantPharma #SyntheticBiology #Omics
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

πŸ₯— Want healthier chickpeas? 🌿 Antioxidant boost during seed development is tied to phenylpropanoid biosynthesis & MYB factors. 🌱 Desi black-seeded genotype ICC 4418 = top performer! ✍️ Karen V. Pineda-Hidalgo et al. πŸ‘‰ brnw.ch/21wV80x #FunctionalFoods #Antioxidants

πŸ₯— Want healthier chickpeas?
🌿 Antioxidant boost during seed development is tied to phenylpropanoid biosynthesis & MYB factors.
🌱 Desi black-seeded genotype ICC 4418 = top performer!

✍️ Karen V. Pineda-Hidalgo et al.
πŸ‘‰ brnw.ch/21wV80x

#FunctionalFoods #Antioxidants
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌸 Big step for #Peony research! A new Agrobacterium-mediated transient system with embryo-derived seedlings boosts gene studies in Paeonia ostii. 🧬 Year-round experiments + GFP tracking! ✍️ Yuhui Zhai et al. πŸ‘‰ brnw.ch/21wVa5h #PlantBiotech #Agrobacterium

🌸 Big step for #Peony research!

A new Agrobacterium-mediated transient system with embryo-derived seedlings boosts gene studies in Paeonia ostii. 

🧬 Year-round experiments + GFP tracking!

✍️ Yuhui Zhai et al.
πŸ‘‰ brnw.ch/21wVa5h

#PlantBiotech #Agrobacterium
Panayiotis G Dimitrakopoulos (@pdimi2) 's Twitter Profile Photo

We pleased to announce the launch of Volume II of "Plant Invasion" following the successful completion of Volume I with 32 already published papers | Deadline: 31. 10. 2027 | Forests Agronomy MDPI Diversity MDPI Plants MDPI MDPI | πŸ‘‰mdpi.com/topics/LL1109L…

We pleased to announce the launch of Volume II of "Plant Invasion" following the successful completion of Volume I with 32 already published papers | Deadline: 31. 10. 2027 | <a href="/Forests_MDPI/">Forests</a> <a href="/Agronomy_Mdpi/">Agronomy MDPI</a> <a href="/DiversityMDPI/">Diversity MDPI</a> <a href="/Plants_MDPI/">Plants MDPI</a>  <a href="/MDPIOpenAccess/">MDPI</a> | πŸ‘‰mdpi.com/topics/LL1109L…
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

⚑ Can pulsed electric fields + nanometals boost plant traits? In sunflower 🌻: ⬇️ Germination & growth ⬆️ Chlorophyll a & antioxidants 🌿✨ ✍️ Magdalena Kachel-GΓ³recka et al. πŸ“– Full article: brnw.ch/21wVaxe #PlantScience #Nanotechnology #SeedBiology #Agriculture

⚑ Can pulsed electric fields + nanometals boost plant traits?

In sunflower 🌻:
⬇️ Germination &amp; growth
⬆️ Chlorophyll a &amp; antioxidants 🌿✨

✍️ Magdalena Kachel-Górecka et al.
πŸ“– Full article: brnw.ch/21wVaxe

#PlantScience #Nanotechnology #SeedBiology #Agriculture
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🌽 Purple totomoxtle isn’t just beautifulβ€”it's functional! Pigmented maize showed higher anthocyanins, healthier grain & yields up to 6.6 t/ha. Perfect for agroecological selection & genetic conservation! πŸ“– brnw.ch/21wVaYE #Agroecology #PlantBreeding #Anthocyanins

🌽 Purple totomoxtle isn’t just beautifulβ€”it's functional! 

Pigmented maize showed higher anthocyanins, healthier grain &amp; yields up to 6.6 t/ha. Perfect for agroecological selection &amp; genetic conservation!

πŸ“– brnw.ch/21wVaYE

#Agroecology #PlantBreeding #Anthocyanins
Plants MDPI (@plants_mdpi) 's Twitter Profile Photo

🐝🌱 Density drives plant success! Higher flower density attracts pollinators but also herbivores in Brazilian savanna species, influencing reproduction and survival. πŸ“– brnw.ch/21wVbfy #PlantEcology #PollinationBiology #FloralHerbivory #Botany

🐝🌱 Density drives plant success! Higher flower density attracts pollinators but also herbivores in Brazilian savanna species, influencing reproduction and survival.

πŸ“– brnw.ch/21wVbfy

#PlantEcology #PollinationBiology #FloralHerbivory #Botany