Mentions
Extended reach
Total likes
Video views
AI synopsis
The overall digital discussions reflect a strong interest in plant stress physiology and molecular responses, exemplified by posts praising specific research techniques like CRISPR applications and highlighting plant adaptations to stress conditions. The tone is positive and appreciative, with words such as 'congrats,' 'excited,' and mentions of 'new insights,' which underscore both interest and engagement, although the impact remains moderate given the primarily academic tone.
Most discussions express positive recognition for the research, such as congratulating labs and researchers on their publications, indicating general support.
The posts display high curiosity and enthusiasm, often highlighting the relevance of research on plant stress responses and molecular mechanisms.
Many users reference specific scientific methods, findings, or potential applications, demonstrating thoughtful engagement with the content.
While the discussions are enthusiastic and acknowledge the significance of the research, they are primarily supportive rather than revolutionary, thus a moderate impact score.
New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, confirming root architecture insights from Arabidopsis apply to cereals. To continue the research, first field trial now underway! https://t.co/qy3A0K0y9r https://t.co/u4u0WbuBG2
@dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, bacteria, plants, animals, including humans) combined? That's why peatlands are important for our climate. More in our review doi.org/10.1093/jxb/...
If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even cooler: those mini peppers may be the key to making seedless peppers! https://t.co/0gZR5GVDY4 https://t.co/kYn4Z5F6Ut
(1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jessicaa_Orr (first published paper for Jessica!) Nuclear positioning and cell division site specification in plants https://t.co/yRrAx1bflo https://t.co/2RVFcLukHm
Excited to share our new paper describing how ARGONAUTE1 stays safe
Usually when you think of evolution or natural selection you think of survival of the fittest But sometimes the resulting traits of evolution arent the most efficient solutions to the problems at hand. This video…
This video delves into the unique characteristics of pineapple and other fruits, focusing on climacteric and non-climacteric types. It explores how ripening affects seed dispersal and relationships with animals…
Fleshy fruits that use ethylene to control ripening have evolved multiple times in flowering plants. Genome analyses reveal three main feedback circuits that regulate this process, showing how these pathways developed…
Your tomatoes look perfect but remain green due to various scientific factors. This video explores causes like temperature, ethylene gas, fertilizer types, and stress, offering science-backed solutions to promote…
This video explores how bread has changed over time, from ancient wheat to modern processed bakery products, highlighting potential health effects and differences in preparation methods.
The realization that RNA can undergo posttranscriptional modifications marks a crucial milestone in genetics. This video explores pseudouridine, the most prevalent nucleoside modification in RNA, and its influence on…
CO2 acts as plant food and influences plant growth. The video explores how increased CO2 impacts photosynthesis, plant development, and climate. It discusses optimal conditions, temperature dependence, and different…
The ACC oxidase enzyme is crucial for ethylene production in plants, converting a precursor molecule into ethylene, which affects various plant processes. The study highlights the role of a specific gene, ST-ACO3, in…
Onions contain sulfur compounds with anti-inflammatory and antioxidant properties that may help reduce inflammation, especially in conditions like arthritis. Further research is needed to fully understand their effects…
Melatonin is one of the oldest molecules on Earth, significant for all living cells. It regulates our circadian rhythm and encompasses various crucial functions. This video explores melatonin's antioxidant properties…
The prevalence of Celiac Disease and Non-Celiac Gluten Sensitivity has increased dramatically, possibly due to modern wheat hybridization, herbicides, industrial processing, or better diagnostics. Consider gluten-free…
University of Illinois researchers present a new method to estimate crop photosynthetic capacity, facilitating rapid plant screening by analyzing light signals emitted during photosynthesis. Learn more in the study…
This video explores the microscopic structures of gymnosperm xylem, focusing on conduit and pit diversity, which are crucial for understanding their evolution and hydraulic function.
Explore the oldest fossilized thylakoid membranes, dating back 173-178 billion years, providing direct evidence of early oxygenic photosynthesis. This discovery sheds light on cyanobacteria evolution and Earth's early…
This video explores microscopic structures in conifer wood, focusing on xylem conduit and pit diversity, which are vital for understanding their evolution and hydraulic function. It offers insights into the anatomical…
This video discusses the importance of biotechnology in agriculture, focusing on plant defense responses. It highlights the isolation of a potato cDNA related to ACC oxidase, involved in ethylene production, which plays…
This molecular animation depicts CKX enzyme bound with an FAD cofactor and a synthetic inhibitor, blocking cytokinin degradation. Elevated cytokinin levels promote plant growth, development, and stress response…
Congrats to RootResponse lab members (CBGP) for this review in JXB DOI: 10.1093/jxb/eraf520 how root traits, microbiome interactions, and epigenetic regulation play a role in plant heat stress resilience, stressing the need for lab approaches that closely reflect field-conditions
Congrats to RootResponse lab members (CBGP) for this review in JXB DOI: 10.1093/jxb/eraf520 how root traits, microbiome interactions, and epigenetic regulation play a role in plant heat stress resilience, stressing the need for lab approaches that closely reflect field-conditio ppl
Congrats to RootResponse lab members (CBGP) for this review in JXB DOI: 10.1093/jxb/eraf520 how root traits, microbiome interactions, and epigenetic regulation play a role in plant heat stress resilience, stressing the need for lab approaches that closely reflect field-conditio https://t.co/wMvv2Dl87K
Novel effector proteins of the plant heteromeric acetyl-CoA carboxylase https://t.co/nAbIRGaO1X @JXBot
❄️
I can't even express how proud I am to share this. Our first CRISPR effort in the University, probably the first one in Brazil back then. https://t.co/u0Nn96w3jt
輪読 Synergistic induction of phytoalexins in Nicotiana attenuata by jasmonate and ethylene signaling mediated by NaWRKY70 https://t.co/LtykBATaMt
Illuminating the Subcellular Maze: Fluorescence-Activated Organelle Sorting in Plant Sciences https://t.co/jPqqQfHyyv @JXBot
☀️ RESEARCH ☀️ Integrated photosynthesis during fluctuating irradiance is correlated with steady-state photosynthesis for rice grown in field environments with elevated CO2 and temperature ☀️
Source : doi.org/10.1093/jxb/...
❄️ INSIGHT ❄️ ✍️ "The cold embrace of death: using time-lapse imaging to understand what kills leaves when they freeze" - Kane comments on recent research by Johnson et al. Insight
RT @yokoyama_ryo: Lipid droplet on the move: remodeling, trafficking and interaction with other organelles https://t.co/kFl6jCjO1Q @JXBot
RT @yokoyama_ryo: Lipid droplet on the move: remodeling, trafficking and interaction with other organelles https://t.co/kFl6jCjO1Q @JXBot
⚙️
Lipid droplet on the move: remodeling, trafficking and interaction with other organelles https://t.co/kFl6jCjO1Q @JXBot
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
Pyruvate orthophosphate dikinase (PPDK) as a putative key regulator of diurnal deacidification in CAM leaves across varying light intensities and photoperiods https://t.co/mLSSWufkSu @JXBot
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
RT @A_Carbonell_: Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comm…
Oxidative stress: a new player in the regulation of AGO1 homeostasis? Pauline E. Jullien &Jean Molinier (@CNRS_IBMP) comment on our recent work in @JXBot, both articles now out in the same issue!
RT @du_rosa: High light tolerance in Trebouxia is driven by species identity, not by phylogenetic relatedness or climate niche preference.…
High light tolerance in Trebouxia is driven by species identity, not by phylogenetic relatedness or climate niche preference. Our study is now out in the Journal of Experimental Botany. https://t.co/q1OMkPCw5T #Ecophysiology #LichenSymbiosis
Flexibility or commitment: choosing between division and differentiation https://t.co/fTNjgjBN5b
SPECIAL ISSUE RESEARCH
☀️SPECIAL ISSUE REVIEW☀️ Clemente-Moreno et al explore how cell wall dynamics can impact photosynthesis (via mesophyll conductance) & resilience to (a)biotic stress, giving new insights into optimizing photosynthesis & stress tolerance simultaneously.
RT @SonaliRoy_: Logging back in to share our new pub @JXBot GLVs change lateral root angles & ethylene is a key determinant of root tortuo…
RT @SonaliRoy_: Logging back in to share our new pub @JXBot GLVs change lateral root angles & ethylene is a key determinant of root tortuo…
Logging back in to share our new pub @JXBot GLVs change lateral root angles & ethylene is a key determinant of root tortuosity control by GLVs. Receptors seem conserved; parallel growth regulators fine-tune peptide responses. Congrats @Rajni_A_Singh https://t.co/NY7A3lCosc https://t.co/ZDrpDSrcH1
☀️ SPECIAL ISSUE REVIEW ☀️ González-Delgado et al review how plants sense photoperiod, how humans have profited from manipulating the genetic factors controlling photoperiod, and the benefits & drawbacks such manipulations can have for agriculture
⚙️ SPECIAL ISSUE REVIEW ⚙️ Iron is essential to plants, and molecular mechanisms controlling iron uptake and concentration are affected by other essential nutrients such as zinc, copper, phosphorus, and nitrogen
⚽️
@Pozomyc Did you know that beyond nutrient acquisition, AMF can also prime the plant to defend against herbivory? These wonder-fungi can do it all
Did you know that beyond nutrient acquisition, AMF can also prime the plant to defend against herbivory? These wonder-fungi can do it all
Building on the @richardnair.bsky.social et al. 2023 automated minirhizotron paper (doi.org/10.1093/jxb/erac427), we're back at it with v2.0! It's still a pile of wires on the bench, but we're upgrading both the hardware and the neural networks. First installations of v2.0 are coming this winter!
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
RT @yokoyama_ryo: Mechanisms of carbon allocation to stem-like axial sink organs https://t.co/aDhzQ9JCVr @JXBot
RT @DanveC: Thermal Sensitivity of Plant Immunity: A Cellular Perspective from Arabidopsis https://t.co/pqkvc480tQ
RT @yokoyama_ryo: Lipid-mediated responses to nutrient and other stresses: Roles in plant adaptation and signaling https://t.co/5OOv42pEta…
RT @PlantPhysiolUPV: Mechanisms of carbon allocation to stem-like axial sink organs https://t.co/TPWQtG29Pp
Mechanisms of carbon allocation to stem-like axial sink organs https://t.co/TPWQtG29Pp
RT @yokoyama_ryo: Mysterious giants in the world of lipids-long linear isoprenoid functions in plant physiology and reproduction https://t.…
Thermal Sensitivity of Plant Immunity: A Cellular Perspective from Arabidopsis https://t.co/pqkvc480tQ
Lipid-mediated responses to nutrient and other stresses: Roles in plant adaptation and signaling https://t.co/5OOv42pEta @JXBot
Mysterious giants in the world of lipids-long linear isoprenoid functions in plant physiology and reproduction https://t.co/J5IyFiNfLD @JXBot
Mechanisms of carbon allocation to stem-like axial sink organs https://t.co/aDhzQ9JCVr @JXBot
Thanks for the comment. Here is more info on drought and mycorrhizal fungi: For AMF doi.org/10.1111/nph.... doi.org/10.1139/b91-... doi.org/10.1055/s-20... For ECM & AMF doi.org/10.1093/jxb/...
☀️
The sucrose:trehalose 6-phosphate nexus is conserved in flowering plants with different phloem loading and carbon storage strategies https://t.co/KowNABLrYf @JXBot
☀️
Interacting short-term regulatory mechanisms enable the conversion of light energy to chemical energy in photosynthesis https://t.co/BKdSRWCNmm @JXBot
A while ago (Tognacca et al., 2023 https://t.co/iD0pzzL9HG) we discussed about the necessity of knowing where an alternative isoform is before jumping to assumptions on its function... knowing if these molecules could be translated is a must... now you can! https://t.co/OlFWO5NmbW
Thrilled to share that the first chapter of my PhD thesis has just been published! Our study shows that interactions between wheat varieties can modulate both the mean and variance of susceptibility to Septoria tritici blotch.
Happy to finally see my PhD work published. Feel free to delve in.. A big thanks to all the people involved. https://t.co/ZzvoGtxphk
I am please the share the link of our most comprehensive review on genomic resources and marker-assisted idiotype breeding of pigeonpea. https://t.co/pVk7WTp5dI
RT @cnrs_ibmp:
RT @cnrs_ibmp:
There are hundreds of apocarotenoids in Arabidopsis, and we are still far from understanding their roles in plant physiology. The study of apocarotenoid signals is not an easy task, we wrote a review about them a few years ago in case you're interested https://t.co/3E54vBTzkO
RT @CUT_PlantStress: Check out our latest invited review article on the timely topic of seed priming approaches towards climate-resilient c…
RT @CUT_PlantStress: Check out our latest invited review article on the timely topic of seed priming approaches towards climate-resilient c…
RT @CUT_PlantStress: Check out our latest invited review article on the timely topic of seed priming approaches towards climate-resilient c…
RT @CUT_PlantStress: Check out our latest invited review article on the timely topic of seed priming approaches towards climate-resilient c…
Check out our latest invited review article on the timely topic of seed priming approaches towards climate-resilient crops. Special thanks to @KolbertZsuzsan1 for the smooth collaboration! @JXBot Link:https://t.co/lBOexC00ve
A V232M missense mutation in rice OsLSZ1 inhibits β-carotene biosynthesis and impairs chloroplast development during seedling stage at low temperatures https://t.co/R7n9Jvc1uK @JXBot
RT @DElsinraju: I’m excited to share that our manuscript on maize chloroplast lipid droplet studies has been accepted for publication in th…
I’m excited to share that our manuscript on maize chloroplast lipid droplet studies has been accepted for publication in the Journal of Experimental Botany. https://t.co/dD9TZMYhse https://t.co/tEcxbqmoCA. Thanks to all the members who support.
Dynamic changes to the plastoglobule lipidome and proteome in maize during heat stress and recovery https://t.co/05H7mNqGvG @JXBot
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
Proteomic responses under differing pH and pCO2 levels in the diatom Thalassiosira pseudonana are consistent with a hybrid carbon concentrating mechanism https://t.co/CaoVis3Q8A @JXBot
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @USIT46726: これも記者は何を聞いていたのか？な記事。 コムギと トウモロコシやイネの試験管内受精や胚救出は、1995年とかすでに事例がある。 キモは「雑種が出来た」じゃなくて、”かけ合わせる精子卵の核を いろんな数組合せで無理に受精させると”個体が得られると…
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
参考リンク chatgptに探させた 朝日新聞がファクトチェック(笑)にうつつを抜かすなら、こういうリンクを記事に埋め込むという20年前にはできていて当然のことから手を付けるべき。これがファクトを大事にすることだろ？ 論文本体 https://t.co/B6QjB5YC0v 都立大のアナウンス https://t.co/YrJOmlE1Io
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
これも記者は何を聞いていたのか？な記事。 コムギと トウモロコシやイネの試験管内受精や胚救出は、1995年とかすでに事例がある。 キモは「雑種が出来た」じゃなくて、”かけ合わせる精子卵の核を いろんな数組合せで無理に受精させると”個体が得られるところ。 奇形だけど。 https://t.co/d8ATZNp93x https://t.co/8BMncEPR4H
RT @jawayjaway: @dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
@dragoner_JP 「「トウモロコシコムギ」と名付けた。」って、ちょっと単純過ぎかな。 で、論文はこれかな？ https://t.co/QHhfvvfjwn
"A tRNA-gRNA multiplexing system for CRISPR genome editing in Marchantia polymorpha” Frangedakis E [..] Hibberd JM. J Exp Bot. 2025-09-30. https://t.co/t6LkWaiqPI
RT @yokoyama_ryo: Defects in ethanol fermentation catalysed by pyruvate decarboxylases reduce arsenic levels in rice https://t.co/g7xNIdv6o…
RT @ThomasWidiez:
Defects in ethanol fermentation catalysed by pyruvate decarboxylases reduce arsenic levels in rice https://t.co/g7xNIdv6oe @JXBot
Chloroplast-Localized ABC Transporter OsABCB24 Regulates Aleurone Cell Size and Grain Nutritional Quality in Rice by Modulating Auxin Homeostasis https://t.co/JFSZSVbtrG @JXBot
RT @ReskiLab: Interesting review in JXB: How and why plants came to smell green: the origins, biosynthesis, and roles of green leaf volatil…
RT @ReskiLab: Interesting review in JXB: How and why plants came to smell green: the origins, biosynthesis, and roles of green leaf volatil…
Interesting review in JXB: How and why plants came to smell green: the origins, biosynthesis, and roles of green leaf volatiles #plantscience https://t.co/XWVPhCi1fb
RT @ThomasWidiez:
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
RT @ThomasWidiez:
RT @ThomasWidiez:
RT @ThomasWidiez:
RT @bartos_group: Congratulations to our PhD student @Lucie_Hlouskova on her new publication in Journal of Experimental Botany!
☀️
⏰
⏱️
We finished the #ISPLORE2025JP developmental #plantscience session with 4 exciting ECR talks on root develoment under waterlogging and barley priming by Shotaro Tamaru, Tilo Renziehausen, @kevindaniel.bsky.social and Hinako Shiba
RT @yokoyama_ryo: Bidirectional regulation between TOR kinase and chloroplasts: emerging connections in photosynthetic organisms https://t.…
RT @yokoyama_ryo: Confluence of TOR signaling and Plant Growth Regulators in Development and Stress Responses https://t.co/ihyTWABl0q @JXBot
RT @yokoyama_ryo: Bidirectional regulation between TOR kinase and chloroplasts: emerging connections in photosynthetic organisms https://t.…
Confluence of TOR signaling and Plant Growth Regulators in Development and Stress Responses https://t.co/ihyTWABl0q @JXBot
Plant-plant interactions in #wheat mixtures modulate mean and variance of susceptibility to #Septoria tritici blotch @lauramathieu.bsky.social doi.org/10.1093/jxb/...
Plant-plant interactions in #wheat mixtures modulate mean and variance of susceptibility to #Septoria tritici blotch @LauraC_Mathieu https://t.co/Yb9WQdUQBj https://t.co/gVYod2hc19
RT @AbioticStress: Review by Mora-Sanhueza et al. t @JXBot @SEBiology Plant resilience to #abiotic stresses: revealing the role of #silic…
"In the land of the blind, mycorrhiza was the one-eyed king!" - distinguishing between holobiont-and individual-symbionts-types of hypotheses could foster progress! Happy to see this out at @JXBot! A huge thanks to two exceptional anonymous reviewers ! https://t.co/khKZR4t0fZ https://t.co/HGZ6yXhlXU
☀️
Étude de la biosynthèse de l’huile dans les tissus de la graine de Cakile maritima, une espèce halophyte de la famille des Brassicacées | @scoopit https://t.co/TXz7va4JAy
RT @yokoyama_ryo: Unique LHCE Light-Harvesting protein Family is involved in Photosystem I and II Far-Red Absorption in Euglena gracilis ht…
Unique LHCE Light-Harvesting protein Family is involved in Photosystem I and II Far-Red Absorption in Euglena gracilis https://t.co/2yMTVJVQDW @JXBot
RT @sa_ganie: Thrilled to share our new paper - now out in @JXBot! This work explores how contrasting leaf traits shape photosynthetic effi…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @sa_ganie: Thrilled to share our new paper - now out in @JXBot! This work explores how contrasting leaf traits shape photosynthetic effi…
RT @sa_ganie: Thrilled to share our new paper - now out in @JXBot! This work explores how contrasting leaf traits shape photosynthetic effi…
Thrilled to share our new paper - now out in @JXBot! This work explores how contrasting leaf traits shape photosynthetic efficiency and resilience in wild and cultivated tomatoes. Huge thanks to @DrTracyLawson and other coauthors! @SEBiology https://t.co/WTSMeCIlxk
RT @thePhotoDevoLab:
☠️
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @thePhotoDevoLab:
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
RT @defolter_lab: New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orc…
New review paper from the lab about protein-protein interactions @JXBot. Brief look into protein-protein interactions orchestrating flower and fruit development. https://t.co/JKPfIgjHo2 @herrera_h @PabloLp68323733
B-box transcription factor BBX5 enhances UV-B resistance by promoting anthocyanin biosynthesis in Arabidopsis https://t.co/qTArQAdezB @JXBot
【藍藻の夜の糖代謝スイッチ】 藍藻SynechocystisのFBPase（slr0952）は、光合成回路ではなく、暗所での異化栄養成長とグリコーゲン代謝に関与していることが判明。PFKと拮抗的に働き、代謝フローを調整。学生時代、カルビンサイクルやってただけに個人的に胸熱な報告。 https://t.co/u2wHJhXyXF https://t.co/E1w23Dav00
There are definitely other examples of partial CAM use — this review has a table with dozens of examples, and it's a few years old, now doi.org/10.1093/jxb/... It also notes, as I skim it, constitutive CAM species often (always?) transition from "regular" C3 photosynthesis to full CAM as they grow
⏱️
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @thePhotoDevoLab:
RT @thePhotoDevoLab:
RT @CoEPlantSuccess:
RT @thePhotoDevoLab:
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @yokoyama_ryo: Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
Optimizing photosynthesis by targeting light signaling transcriptional networks https://t.co/PrhRzI1Kny @JXBot
RT @CoEPlantSuccess:
RT @Tomas_Tonetti: We are happy to share that our last paper on Tre6P metabolism in Setaria viridis has just been published in @JXBot ! It…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
RT @DrHikov: New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, con…
New research in @JExpBot shows how discoveries in model plants translate to crops! We used CRISPR to edit CEPR1 in barley, confirming root architecture insights from Arabidopsis apply to cereals. To continue the research, first field trial now underway! https://t.co/qy3A0K0y9r https://t.co/u4u0WbuBG2
RT @yokoyama_ryo: High Chlorophyll Fluorescence 244 homolog CrHCF244 is required for psbA (D1) translation in Chlamydomonas reinhardtii htt…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
❄️
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @ViralEPEE_Lab: Thermotolerance elicits specific genes in cucurbit plants as a response to the combined effect of viral infection and te…
RT @aribidopsis: ☘️
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
RT @yokoyama_ryo: Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https:/…
Fructose-1,6-bisphosphatase (FBPase) is involved in heterotrophic growth and glycogen metabolism in cyanobacteria https://t.co/zgikMV9S1r @JXBot
RT @Tomas_Tonetti: We are happy to share that our last paper on Tre6P metabolism in Setaria viridis has just been published in @JXBot ! It…
Finally out! Secure but flexible: temporary adhesion in mistletoe seedlings https://t.co/nNirY7FAhI
【PDF】Direct Link Inter-subfamily cybrid plants between wheat and maize, Zeawheat: Production via an in vitro fertilization system, genome composition, and photosynthetic type https://t.co/VIgvUmDoyF
☘️
☘️
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
⚖️ SPECIAL ISSUE RESEARCH ⚖️ Wu et al ✍️
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @Tomas_Tonetti: We are happy to share that our last paper on Tre6P metabolism in Setaria viridis has just been published in @JXBot ! It…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
New work by CABBI researchers provides improved understanding of the post-translation regulation of #rubisco activase, a key chaperone in photosynthesis. Paper in the @OxUniPress Journal of Experimental Botany:
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
Plant Plastids: From Evolutionary Origins to Functional Specialization and Organelle Interactions https://t.co/ItF5jWw6lG @JXBot
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
RT @T_Norizuki: I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90…
I’ｍ pleased to share our new paper on gravitropism in Marchantia, now out in @JXBot . Please check it out! https://t.co/T90cxaeZq9 Congratulations, Mimi!
RT @Tomas_Tonetti: We are happy to share that our last paper on Tre6P metabolism in Setaria viridis has just been published in @JXBot ! It…
RT @ReskiLab: Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, b…
RT @BrunkardLab: Michael's review (with me and Sannidhi Menon contributing) on TOR and growth-defense tradeoffs is online at @JXBot! We so…
Michael's review (with me and Sannidhi Menon contributing) on TOR and growth-defense tradeoffs is online at @JXBot! We somehow managed to get the ligule in there #TeamLigule
RT @ReskiLab: Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, b…
RT @ReskiLab: Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, b…
Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, bacteria, plants, animals, including humans) combined? That's why peatlands are important for our climate. More in our review doi.org/10.1093/jxb/...
Did you know that all peatlands together store more carbon than is stored in all the other living matter (viruses, archeae, bacteria, plants, animals, including humans) combined? That's why they are important for our climate. More in our review https://t.co/dDJUloraXa
SPECIAL ISSUE REVIEW
RT @rkabikabe: ケカビ亜門の内生共生菌を（M-AMFではなく）MFREと呼びましょうという提案 What’s in a name? The case for standardised nomenclature for mutualistic Mucoromyco…
RT @rkabikabe: ケカビ亜門の内生共生菌を（M-AMFではなく）MFREと呼びましょうという提案 What’s in a name? The case for standardised nomenclature for mutualistic Mucoromyco…
RT @rkabikabe: ケカビ亜門の内生共生菌を（M-AMFではなく）MFREと呼びましょうという提案 What’s in a name? The case for standardised nomenclature for mutualistic Mucoromyco…
ケカビ亜門の内生共生菌を（M-AMFではなく）MFREと呼びましょうという提案 What’s in a name? The case for standardised nomenclature for mutualistic Mucoromycotina ‘fine root endophytes’ https://t.co/80rTWWHBlK
RT @senthil_ka58195: Thrilled to share our new study in @JXBot
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @senthil_ka58195: Thrilled to share our new study in @JXBot
Thrilled to share our new study in @JXBot
The collaboration was established on the basis of our common interests in molecular mechanisms of plant defence and it's self-regulation via miRNAs https://t.co/SbGdl8dw7C
輪読 Flower jasmonates control fertility but are largely disconnected from defense metabolites in reproductive tissues of rice https://t.co/u52xfIfq5P
RT @XinyouYin: Need a complicated model to predict dynamic photosynthesis in response to elevated CO2 and temperature? Evidence from measur…
RT @XinyouYin: Need a complicated model to predict dynamic photosynthesis in response to elevated CO2 and temperature? Evidence from measur…
RT @XinyouYin: Need a complicated model to predict dynamic photosynthesis in response to elevated CO2 and temperature? Evidence from measur…
Need a complicated model to predict dynamic photosynthesis in response to elevated CO2 and temperature? Evidence from measuring T-FACE grown rice plants suggests that the answer is "No" if we just predict cumulative CO2 assimilated during lightfleck(s). https://t.co/lko5IBJQYT
Published: 28 June 2025
New paper! Identification of novel substrates of the Lon1 protease and its role in PPR-mediated RNA processing in Arabidopsis mitochondria
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
RT @aribidopsis: (1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jess…
(1/10) I am excited to share this signature review from our lab published @JXBot Congratulations to @corylus_L and @Jessicaa_Orr (first published paper for Jessica!) Nuclear positioning and cell division site specification in plants https://t.co/yRrAx1bflo https://t.co/2RVFcLukHm
RT @CoEPlantSuccess:
RT @KGenomeu:
RT @NIG_idenken: 【研究成果】新しい研究成果を発表しました。■比較ゲノム解析研究室「トマトの雄性不稔を回復させる遺伝子座を特定しました」
RT @KGenomeu:
RT @KGenomeu:
RT @KGenomeu:
RT @KGenomeu:
RT @KGenomeu:
RT @NIG_idenken: 【研究成果】新しい研究成果を発表しました。■比較ゲノム解析研究室「トマトの雄性不稔を回復させる遺伝子座を特定しました」
RT @NIG_idenken: 【研究成果】新しい研究成果を発表しました。■比較ゲノム解析研究室「トマトの雄性不稔を回復させる遺伝子座を特定しました」
【研究成果】新しい研究成果を発表しました。■比較ゲノム解析研究室「トマトの雄性不稔を回復させる遺伝子座を特定しました」
RT @AusCottonSci: Species-specific phylloplane responses to changes in external pH https://t.co/C4INlWOgy6 Only Gossypium species displayed…
RT @DrManojK87: Glad to share that our research has been selected for the cover image of the Journal of Experimental Botany, Volume 76, Iss…
RT @DrManojK87: Glad to share that our research has been selected for the cover image of the Journal of Experimental Botany, Volume 76, Iss…
RT @DrManojK87: Glad to share that our research has been selected for the cover image of the Journal of Experimental Botany, Volume 76, Iss…
Species-specific phylloplane responses to changes in external pH https://t.co/C4INlWOgy6 Only Gossypium species displayed strong buffering https://t.co/B69BHZ9iq5
Glad to share that our research has been selected for the cover image of the Journal of Experimental Botany, Volume 76, Issue 10. You can view the paper here: https://t.co/BDSvIvx6S8 @JXBot @SEBiology @CRISPR_News @purplepepper @VolcaniCenter @samuelbocobza @danaAzynstat @Israel https://t.co/YYKlbwMXLO
RT @gajuragu: Happy and Excited
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
https://t.co/HR0QHABeSJ @SABE_latrobe, thanks for sharing! photo credits: M. Peirats-Llobet (@peirats_marta) and myself https://t.co/HVuEDMvs3v
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
RT @ScienceCrisp: REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03f…
REVIEW "Using targeted genome methylation for crop improvement" Wang Z, Bart RS. J Exp Bot. 2025-06-17. https://t.co/03fE5cp9xo https://t.co/UzRQe06Qtp
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @ArielHernanT: Do you want to know how AGO1 is protected by FeSOD1 in a copper-dependent manner? Check out our last paper here
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
Do you want to know how AGO1 is protected by FeSOD1 in a copper-dependent manner? Check out our last paper here
RT @A_Carbonell_: Excited to share our new paper describing how ARGONAUTE1 stays safe
Excited to share our new paper describing how ARGONAUTE1 stays safe
RT @trialsofJManson: New (open-access) paper! I tried to figure out how to talk about pod-set in faba bean properly. Key takeaway: Interac…
RT @trialsofJManson: New (open-access) paper! I tried to figure out how to talk about pod-set in faba bean properly. Key takeaway: Interac…
RT @trialsofJManson: New (open-access) paper! I tried to figure out how to talk about pod-set in faba bean properly. Key takeaway: Interac…
New (open-access) paper! I tried to figure out how to talk about pod-set in faba bean properly. Key takeaway: Interactions between pods are agronomically irrelevant except after stress that kills flowers/pods. Focus on crop growth from flowering! https://t.co/odHLly9j8s https://t.co/MN2DB4Utzb
輪読 A new spider mite elicitor triggers plant defence and promotes resistance to herbivores https://t.co/cGP31JvLQ2
Happy and Excited
RT @XinyouYin: How to improve(maintain) crop yields under future climate? Lowering reproductive-tissue temperature is key - insights @JXBot…
RT @XinyouYin: How to improve(maintain) crop yields under future climate? Lowering reproductive-tissue temperature is key - insights @JXBot…
The thing EVERYONE gets wrong about pineapple https://t.co/dY2mbI5YrC
@Rainmaker1973 https://t.co/GppHxmvOT7
@RockPaper_Sista @thechaosmethod @dieworkwear Pineapples don't ripen after picking. https://t.co/GppHxmwmIF
Strawberries and the park: Genetic factors in woodland strawberries promote cold tolerance #strawberries #fruit #agriculture https://t.co/JgOJ7gI605 https://t.co/XMRz5yTnCI
The thing EVERYONE gets wrong about pineapple https://t.co/Kbg05rvmHI
https://t.co/yA91eO4c3E
Hay fruta que madura separada de la planta (p.ej.
Imaging plant metabolism in situ https://dx.doi.org/10.1093/jxb/erad423 - a cool tool for tackling complex challenges in plant metabolism
Why leaves become isotopically lighter than photosynthetic carbon isotope discrimination explains: on the importance of post-photosynthetic fractionation https://dx.doi.org/10.1093/jxb/erad497
Gluten Nightmare!
EVOLUTION === REPRODUCTIVE SURVIVAL IN CHANGING ENVIRONMENTS/ETC. https://t.co/AK6ZFW28I2
5 Times Evolution Did Its Best https://t.co/1aUoYcWn32 via @YouTube
Soil cadmium stress affects phyllosphere microbiome and associated pathogen resistance differently in male and female poplars. - Lin T et al. - https://t.co/Oohzny5p7l #microbiome
Shoot-root interaction in control of camalexin exudation in arabidopsis. - Koprivova A et al. - https://t.co/RpKeirgs14 #microbiome
Assessing microbial communities across the fine root landscape. - Fleishman SM et al. - https://t.co/EcGIIT91kX #microbiome
Plant host domestication and soil nutrient availability determine positive plant microbial response across the solanum genus. - Miao M et al. - https://t.co/236clkVogx #microbiome
The influence of biofertilizers on leaf economics spectrum traits in an herbaceous crop. - Martin AR et al. - https://t.co/1CrVKwqfD6 #microbiome
RT @microbe_article: Unraveling host-microbe interactions and ecosystem functions in moss-bacteria symbioses. - Alvarenga DO et al. - https…
RT @microbe_article: Unraveling host-microbe interactions and ecosystem functions in moss-bacteria symbioses. - Alvarenga DO et al. - https…
Unraveling host-microbe interactions and ecosystem functions in moss-bacteria symbioses. - Alvarenga DO et al. - https://t.co/5szsv9R4IE #microbiome
RT @microbe_article: In vitro functional characterization predicts the impact of bacterial root endophytes on plant growth. - Tran T et al.…
A scoping review of bryophyte microbiota: diverse microbial communities in small plant packages. - Chen KH et al. - https://t.co/Fr62V1wENz #microbiome
5 Times Evolution Should Have Planned Ahead https://t.co/7WJbk2Fdk1 via @YouTube
5 Times Evolution Should Have Planned Ahead https://t.co/Y1OYfwPrut via @YouTube
5 Times Evolution Should Have Planned Ahead https://t.co/Y1OYfwPrut via @YouTube
Liked on YouTube: 5 Times Evolution Should Have Planned Ahead https://t.co/f6JaUOBLRd
5 Times Evolution Should Have Planned Ahead https://t.co/sKVX58W3tD via @YouTube
Belowground plant-microbe communications via volatile compounds. - Sharifi R et al. - https://t.co/oby0NPAyB0 #microbiome
@TahLaChemise c genre un "bébé poivron" et c'est mangeable https://t.co/qRaQY018Xi
No such thing as a ‘perfect creator’ #evolution #creationist https://t.co/XO3YLt4ZYx
5 Times Evolution Should Have Planned Ahead https://t.co/GoH0xjCx4B via @YouTube
#Evolution https://t.co/ydV0erRQ4x
#Evolution https://t.co/ydV0erRQ4x
5 Times Evolution Should Have Planned Ahead https://t.co/oIALWpivvT via @YouTube
@rosedontwalk @SciShow I searched for you on Twitter! Through your SciShow episode https://t.co/cWwZJhyQ4y. You are famous!!!
5 Times Evolution Should Have Planned Ahead https://t.co/Y1OYfwPrut via @YouTube
RT @CelticVisionOrg: 5 Times Evolution Should Have Planned Ahead https://t.co/T3yrasnnPG
@Helendus https://t.co/tPYspFekIP
5 Times Evolution Should Have Planned Ahead https://t.co/7PZLJccWxz via @YouTube
RT @Jente_O: Great @SciShow video on the "bad designs" of evolution. Many weird constructions, such as the blind spot in our eye, make sens…
Great @SciShow video on the "bad designs" of evolution. Many weird constructions, such as the blind spot in our eye, make sense when you take into account their evolutionary history. https://t.co/skKraTiidH Including my favorite: the recurrent laryngeal nerve.
Еволуцијата работи со тоа што го има, односно веќе воспоставени модули и рамки. Затоа има и многу неоптималности. И делуваат некомпетентно. Оценка непролазна. Ама таква е природата. https://t.co/MRWLLGWMM9
.@SciShow publishes daily videos about current questions from the world of science. https://t.co/PTF08it4nA Newsletter: https://t.co/jsq9u5dDiI #biology #science #scishow #trivia #Evolution https://t.co/MQC62QT4wP
https://t.co/rO0YWQu9yZ
5 Times Evolution Should Have Planned Ahead https://t.co/jHg2Xoc20V via @YouTube
https://t.co/XZjBtfjJSu
5 Times Evolution Should Have Planned Ahead https://t.co/S0pJVF6Lfu via @YouTube
5 Times Evolution Should Have Planned Ahead https://t.co/OIE2ZaDl4A via @YouTube
5 Times Evolution Should Have Planned Ahead https://t.co/T3yrasnnPG
5 Times Evolution Should Have Planned Ahead https://t.co/WuPauCVger via @YouTube
5 Times Evolution Should Have Planned Ahead https://t.co/d2KaECnJp5
5 Times Evolution Should Have Planned Ahead @ https://t.co/xUQhV7WPsT https://t.co/IJHroH9b7v
Algunas situaciones en las que la naturaleza no fue tan sabia: https://t.co/JkHh7fGFas
New video by SciShow: 5 Times Evolution Should Have Planned Ahead https://t.co/3aumtvqQlJ
Topic: shaping the leaf microbiota: plant-microbe-microbe interactions. - Chaudhry V et al. - https://t.co/02qFSEyS7m #microbiome
@LewisEraik Perdón jajaja la botánica es mi pasión https://t.co/C54nOTLa8z
@MattGarrett3 SciShow does! https://t.co/tUelKWrblf
Pepper inside a pepper? https://t.co/xRhd0h6HqF
Matrioska https://t.co/i6TQBRjorh
Why Is There Another Pepper Inside My Pepper? https://t.co/jTEWv5mqAq via @YouTube
Why Is There Another Pepper Inside My Pepper? https://t.co/Ak8mXiaCVW via @YouTube
Do you put bell pepper in your tacos? @SciShow makes me so confused sometimes. https://t.co/epG8VC67kq
RT @SciShow: If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even coole…
Why Is There Another Pepper Inside My Pepper? https://t.co/R02WTyQqIK via @YouTube
Why Is There Another Pepper Inside My Pepper? @ https://t.co/GvB96N0UYj https://t.co/YjCUf3S2o1
New video by SciShow: Why Is There Another Pepper Inside My Pepper? https://t.co/2yL7LxVMDY
RT @SciShow: If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even coole…
RT @SciShow: If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even coole…
RT @SciShow: If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even coole…
Why Is There Another Pepper Inside My Pepper? https://t.co/dfQ5jSGTSa via @YouTube
RT @SciShow: If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even coole…
Why Is There Another Pepper Inside My Pepper? https://t.co/skG1tsyA9w via @YouTube
If you’ve ever found a little pepper inside a bigger pepper, congrats! You've found a wannabe seed that went rogue. Even cooler: those mini peppers may be the key to making seedless peppers! https://t.co/0gZR5GVDY4 https://t.co/kYn4Z5F6Ut
Compatibility of x-ray computed tomography with plant gene expression profiling, rhizosphere bacterial community composition and ... - Ganther M et al. - https://t.co/pHK7EAFEUN #microbiome
Macroalgal-bacterial interactions: identification and role of thallusin in morphogenesis of the seaweed ulva (chlorophyta). - Alsufyani T et al. - https://t.co/kkSsMSQojS #microbiome
RT @MGHMolBio: Latest from the Sheen Lab: Primary Nitrate Responses via Calcium Signalling and Diverse Protein Phosphorylation https://t.co…
Latest from the Sheen Lab: Primary Nitrate Responses via Calcium Signalling and Diverse Protein Phosphorylation https://t.co/sGZQ1EMaly
Editing TaMTL gene induces haploid plants efficiently by optimized Agrobacterium-mediated #CRISPR system in wheat. Liu H, Wang K [..] Ye X. J Exp Bot. 2019-11-24. https://t.co/XUAvrJAbYy "SpCas9, LbCpf1 & xCas9"
Early mannitol-triggered changes in the Arabidopsis leaf (phospho)proteome published as: https://t.co/pJQFZuYhQq @OxfordJournals #biorxiv
Expression of SULTR2;2 in the Arabidopsis bundle sheath is mediated by a highly conserved positive regulator published as: https://t.co/U1sBk1gBKK @OxfordJournals #biorxiv
Temperature-induced changes in wheat phosphoproteome reveal temperature-regulated interconversion of phosphoforms published as: https://t.co/ehHZkvGuZr @OxfordJournals #biorxiv
#RUBotany Key changes in gene expression identified for different stages of C4 evolution in Alloteropsis semialata https://t.co/BqtCKtImye
Two great reads to learn about R McNeill Alexander. One is his obituary from 2016 (https://t.co/IMyIcPTZNp) and another for one of his more influential papers. Alexander published fascinating papers describing muscle function in animals like dogs and kangaroos while jumping! https://t.co/1cbOiulHB1
Indeed my #pickoftheweek is another #plant #biomechanics pick covering how plants sense position, maintain balance, and even have proprioception! https://t.co/IMyIcPTZNp Sounds like Groot was much more realistic than I previously thought https://t.co/sMYY8Sr9Jf
Rice genes so nice, they evolved twice
WSL5, a pentatricopeptide repeat protein, is essential for chloroplast biogenesis in rice under cold stress published as: https://t.co/37sCispy5P @OxfordJournals #biorxiv
RT @biorxiv_pubd: A Barley Powdery Mildew Fungus Non-Autonomous Retrotransposon Encodes a Peptide that Supports Penetration Success on Barl…
@agritof80 @cduroc @DurocYann @AnthonyGuihur @Damkyan_Omega @Matadon_ @alexcarre49 @MacLesggy @annetissot3 @DGouache_AgRnD @Cbastien_76 Il est quand même probable que le caractère "stay-green", recherché depuis longtemps par les sélectionneurs, soit plutôt multifactoriel, non ? Source: https://t.co/PiiJvUSVIu https://t.co/lpQmYVox9Y
Cytokinin perception in potato: New features of canonic players published as: https://t.co/PG7zYsjiMM @OxfordJournals #biorxiv
Transcriptome and metabolome analysis provide insights into root and root released organic anion responses to phosphorus deficiency in oat published as: https://t.co/G3srXRKK8X @OxfordJournals #biorxiv
Very interesting story on how date palm trees save #water and withstand the desert heat by equipping their leaves with a special high-temperature resistant wax. By @AmauriBueno4 and others at @Uni_WUE in @JXBot. https://t.co/XQM5QcITIp https://t.co/A3P1WrJAin
A Barley Powdery Mildew Fungus Non-Autonomous Retrotransposon Encodes a Peptide that Supports Penetration Success on Barley published as: https://t.co/W0PqpXCWEl @OxfordJournals #biorxiv
輪読 "VvWRKY8 represses stilbene synthase genes through direct interaction with VvMYB14 to control resveratrol biosynthesis in grapevine" (via #bookendsapp) https://t.co/i7D51a9T3u
A group of nuclear factor Y transcription factors are likely sub-functionalized in the endosperm development of monocot published as: https://t.co/G1omeoKfiL @OxfordJournals #biorxiv
Novel Computed Tomography-based tools reliably quantify plant reproductive investment published as: https://t.co/dshJU1OQW9 @OxfordJournals #biorxiv
Leaf rolling in maize crops: from leaf scoring to canopy level measurements for phenotyping published as: https://t.co/NYRxkgcUKR @OxfordJournals #biorxiv
J
JP
RY
ML
MH
YR
MY
BJ
SM
PL
BP
X
AS
SS
AL
JB
PC
MS
SB
SP
SR
CH
BS
CS
JJ
FY
CR
I
PU
DL
DC
EP
DS
NS
CA
B
CI
JS
أد
SE
AR
IJ
PC
ED
加
お
り
月
化
た
め携
じ
B
み
T
彪
ま
池池
ぬ
白
小ケ
え
ハ
田
E
時情
ポポ
ベｱ
の
B
CS
SV
PE
RR
SB
MH
MR
LG
KB
IS
MS
WT
LS
LA
M