Speakers invited From Abstracts (below Program Overview)

ICAR 2024 Program
(Overview Below Detailed Program)

New session #,Session Title,Organized by,ABSTRACT TITLE,FIRST NAME,LAST NAME, Institution, Country, How attending
IGNORE THE EXTRA COMMAS (,) AND QUOTATIONS (“)- THEY WILL BE REMOVED FROM THE FINAL PROGRAM

C-01,"From Arabidopsis to Crops: Unveiling the Secrets of Elemental Nutrient Uptake, Allocation, and Biofortification","Organized by: Pedro Humberto Castro, BIOPOLIS-CIBIO, University of Porto, Christian Dubos, Institut for Plant Sciences of Montpellier (IPSiM), Nijat Imin, Western Sydney University"

  1. C-01 ,Introduction,Pedro,Humberto Castro ,In-person

  2. C-01 ,"Unravelling the peptide-receptor pathways that orchestrate nitrogen uptake, utilisation, and root development",Nijat,Imin,University of Auckland,NEW ZEALAND,In-person

  3. C-01 ,Study of vacuole glycerate transporter NPF8.4 reveals a new role of photorespiration in C/N balance,Yi-Chen,Lin,Fu Jen Catholic University,TAIWAN,In-person

  4. C-01 ,Feeding plants phosphorus one cell at a time,Imani,Madison,North Carolina State University,USA,In-person

  5. C-01 ,AMF transporters are important for cellular ammonium management and nitrogen delivery to developing seeds,Brent,Kaiser,The University of Sydney,AUSTRALIA,In-person


C-02,Epigenetics,"Organized by: Xuehua Zhong, Washington University in St. Louis, Robert Schmitz, University of Georgia",In-person

  1. C-02 ,Enzymatic reactions and RNA codes programming DNA methylation and transcriptional gene silencing in plants,Craig,Pikaard,HHMI & Indiana University,USA,In-person

  2. C-02 ,Nuclear Dynamics of Mobile RISC during Rice ,Reina,Komiya,Okinawa Institute of Science and Technology Graduate University (OIST),JAPAN,In-person            

  3. C-02 ,Basic 3D chromatin architecture is determined by accessible gene borders in Arabidopsis,Pil Joon,Seo,Seoul National University,KOREA,In-person            

  4. C-02 ,DNA methylation decay is a marker of organ age in Arabidopsis,Ben ,Williams ,"University of California, Berkeley",USA,In-person            

  5. C-02 ,NF-Y mediated dynamic PRC2 recruitment in shaping hypocotyl and grain development,Jun,Xiao,"PCCE, IGDB, CAS",CHINA,In-person            

  6. C-02 ,Signaling Network and Epigenetic Mechanisms of Brassinosteroid Regulation of Plant Growth and Stress Responses,Yanhai,Yin,Iowa State University,USA,In-person            

  7. C-02 ,Investigating CLSY proteins and Pol-IV complex interaction in controlling DNA methylation patterns in Arabidopsis thaliana,Laura ,Martins,Salk Institute for Biological Studies,USA,In-person            

  8. C-02 ,MBD2 couples DNA methylation to Transposable Element silencing during male gametogenesis,Shuya,Wang,University of California Los Angeles,USA,In-person           

 
C-03,Molecular Mechanisms of Hormone Function,"Organized by: Liang Song, University of British Columbia"               

  1. C-03 ,Introduction,Liang,Song             ,

  2. C-03 ,Molecular insights into salicylic acid-mediated plant immunity in a changing climate,CHRISTIAN DANVE M ,CASTROVERDE,Wilfrid Laurier University,CANADA,Online            

  3. C-03 ,A Spatiotemporal Roadmap of Ethylene Signaling at Single-cell Resolution in Arabidopsis.,TRAVIS A ,LEE,The Salk Institute for Biological Studies,USA,In-person            

  4. C-03 ,A Role for Ethylene Signaling in Regulating CO2- and ABA-mediated Stomatal Movements in Arabidopsis,Tamar,Azoulay-Shemer,"University of California, San Diego",USA,In-person            

  5. C-03 ,Arabidopsis SWI/SNF chromatin remodeler SPLAYED (SYD) participates in ABA-inhibited seed germination,Po-Kai,Hsu,"University of California, San Diego",USA,In-person            

  6. C-03 ,Transcriptomic characterization of ABA sensitivity demonstrates a key role for subfamily III receptors in ABA transcriptional responses,Zenan,Xing,"University of California, Riverside",USA,In-person            

  7. C-03 ,Cytokinin-mediated acquisition of phloem identity,Ildoo,Hwang,Pohang University of Science and Technology,KOREA,In-person            

  8. C-03 ,Mutant analyses in moss and maize reveal a novel mechanism of AUXIN RESPONSE FACTOR regulation in land plants,Michael,Prigge,"University of California, San Diego",USA,In-person            

  9. C-03 ,The receptors DWARF14 and KARRIKIN INSENSITIVE2 bind and mediate arabidopsis response to the apocarotenoid zaxinone,JUAN C ,MORENO,King Abdullah University of Science and Technology,SAUDI ARABIA,In-person            

  10. C-03 ,Cross-communication between jasmonate and other hormones,Saskia,Van Wees,Utrecht University,THE NETHERLANDS,In-person            


C-04,Environmental and Tissue-Specific Regulation of Plant Circadian Rhythms,"Organized by Jose Pruneda-Paz, University of California, San Diego, Dawn Nagel, University of California, Riverside"               

  1. C-04 ,Introduction,DAWN,NAGEL,"University of California, Riverside",USA,In-person            

  2. C-04 ,Unraveling how organ-specific circadian clocks function in Arabidopsis,JOSE,PRUNEDA-PAZ,"University of California, San Diego",USA,In-person            

  3. C-04 ,Mechanistic insights into the circadian gating of the response to limiting light conditions in Arabidopsis,MARIA A,NOHALES,Universidad Politécnica de Valencia,Spain,In-person            

  4. C-04 ,Resolving the spatial dynamics of single cell circadian regulatory networks,ALVEENA ,ZULFIQAR,"University of Minnesota, Saint Paul",USA,In-person            

  5. C-04 ,Twilight length alters growth and flowering time in Arabidopsis via LHY/CCA1,DEVANG,MEHTA,KU Leuven,BELGIUM,In-person            

  6. C-04 ,Plants sense different photoperiods to independently control growth and reproduction,JOSHUA,GENDRON,Yale University,USA,In-person            

  7. C-04 ,An oxygen-sensing mechanism entrains the circadian clock in Arabidopsis,PAOLO M ,TRIOZZI,Sant’Anna School of Advanced Studies,ITALY,In-person            

  8. C-04 ,Chaperonin-mediated Winter Cold Response via Circadian Clock Components in Arabidopsis,ILHA,LEE,Seoul National University,KOREA,In-person            


C-05,Cell-type specific responses for plant resilience to stress,"Organized by Ignacio Rubio-Somoza, Centre for Research in Agricultural Genomics (CRAG)"               

  1. C-05 ,Spatiotemporal dynamics of plant response to bacterial infection at single-cell resolution,Jie,Zhu,"University of California, Davis",USA,In-person            

  2. C-05 ,Charting the Onset of Drought Recovery in Arabidopsis ,Natanella,Illouz-Eliaz,The Salk Institute for Biological Studies,USA,In-person            

  3. C-05 ,Rare cell state genes regulate plant immunity,Tatsuya,Nobori,The Salk Institute for Biological Studies,USA,In-person            

  4. C-05 ,Single cell and spatial transcriptomics reveal how rice root tissues adapt to soil stress,Mingyuan,Zhu,Duke University,USA,In-person            

  5. C-05 ,The other side of the ER bodies - What is the physiological role of root ER bodies?,Arpan Kumar,Basak,Jagiellonian University,Poland,In-person            

  6. C-05 ,Measuring the impact of stomatal alignment on pore opening in Arabidopsis thaliana,Julia,Keum,"University of California, San Diego",USA,In-person            

  7. C-05 ,Molecular Mechanisms of Root Nutritional Immunity,Wolfgang,Busch,The Salk Institute for Biological Studies,USA,In-person            

  8. C-05 ,Salt Tolerance Mechanism in the Reproductive Stage  by Sodium Transporter AtHKT1,Takeshi,Uchiyama,Tohoku University,Japan,In-person            

  9. C-05 ,Unveiling Cellular Reprogram for Surface Barrier Restoration in Arabidopsis,Yuree,Lee,Seoul National University,KOREA,In-person            


C-06,A Systems Approach to Decipher Plant Cell Wall Dynamics,"Organized by: Nancy Soni, Norwegian University of Science and Technology (NTNU), Klaudia Ordyniak, Umeå Plant Science Centre"               

  1. C-06 ,Plant cell wall dynamics during pathogen infection: deciphering the function of Leucine Rich Repeat-Malectin Receptor Kinases in perceiving wall glycans and triggering immune responses,Antonio Molina,Fernández,Universidad Politécnica de Madrid (UPM),Spain,Online             

  2. C-06 ,Plant β-mannanases with a dual persona: Breaking bonds to build cell walls,TALIA ,JACOBSON,University of Florida,USA,Online       

  3. C-06 ,Interplay between cell wall integrity and cell cycle dynamics in plant biology,NANCY ,SONI,Norwegian University of Science and Technology,NORWAY,In-person            

  4. C-06 ,A Comprehensive Exploration of Cell Wall Dynamics Mechanisms and Responses in Plants,Klaudia ,Ordyniak ,In-person            

  5. C-06 ,Maintaining cell wall integrity during brassinosteroid-induced cell expansion,Zhiyong,Wang,Carnegie Institution for Science,USA,In-person            

  6. C-06 ,The role of mechanosensing in flat organ formation,JORDAN ,FERRIA,Ecole Polytechnique,FRANCE,In-person            

  7. C-06 ,The involvement of pectin-synthesizing enzyme GAUT10 in auxin-dependent cell wall formation and root development,MEGAN F ,DETEMPLE,Iowa State University,USA,In-person              

  8. C-06 ,JAGGER localization and function are dependent on GPI anchor addition,SÍLVIA ,COIMBRA,Universidade do Porto,Portugal,In-person            

  9. C-06 ,Cell to cell communication mediated by NRT1.8 at root tips under high nitrate and heavy metal stresses,JIMING ,GONG,"Chinese Academy of Sciences, Shanghai",CHINA,In-person            


C-07,Light and Warm Temperature Crosstalk in Plants,"Organized by Anna Zioutopoulou, University of Glasgow, Anne-Sophie Fiorucci, Université Paris-Saclay, Sreeramaiah N. Gangappa, Indian Institute of Science Education and Research Kolkata, Sourav Datta, Indian Institute of Science Education and Research Bhopal"               

  1. C-07 ,How plants remember a stressful day – a role for chromatin-based mechanisms,Isabel,Bäurle ,Online   

  2. C-07 ,Function of photobodies in phytochrome B signaling,Meng,Chen,"University of California, Riverside" In-person            

  3. C-07 ,Above ground plant-to-plant electrical signaling mediates network acquired acclimation,Stanisław,Karpiński, Warsaw University of Life Sciences,POLAND,In-person            

  4. C-07 ,Translational Regulation of Photomorphogenesis and Heat Stress Response Mediated by SPA kinases,Mei-Chun,Cheng,"National Taiwan University, Taipei",TAIWAN,In-person            

  5. C-07 ,Regulatory networks of thermal response in plants,Sourav,Mukherjee,Monash University,AUSTRALIA,In-person            

  6. C-07 ,Reduced Environmental Plasticity In Pennycress Improves Responses To Competition And Climate Change,Dimitri,Nusinow,Donald Danforth Plant Science Center,USA,In-person            


C-08,Pushing the Boundaries of Single cell omics Technologies and Applications,"Organized by Rachel Shahan, UCLA, Trevor Nolan, Duke University, Sixue Chen, University of Mississippi"               

  1. C-08 ,Understanding phloem development cell-by-cell,Yka,Helariutta,University of Helsinki,Finland,In-person            

  2. C-08 ,Unveiling spatiotemporal control of Arabidopsis root growth and development,Trevor,Nolan,Duke University,USA,In-person            

  3. C-08 ,Age dependency in root development,Pablo,Szekely,Duke University,USA,In-person            

  4. C-08 ,A single nuclei transcriptome atlas of the Arabidopsis periderm uncovers a developmental switch for phellem cell maturation.,Charlotte,Miller,The Salk Institute for Biological Studies,USA,In-person            

  5. C-08 ,Cell transcriptional states are dynamic during germination,Mathew,Lewsey,La Trobe University,AUSTRALIA,In-person            

  6. C-08 ,Single-nuclei sequencing reveals cellular heterogeneity and differentiation dynamics within the shoot apical meristem.,Sebastian,Moreno,"Sainsbury Laboratory, University of Cambridge",UK,In-person            

  7. C-08 ,Single-cell transcriptomic analysis to investigate the mechanism of cell fate reprogramming of differentiated epidermis during shoot regeneration,Hatsune,Morinaka,RIKEN,Japan,In-person            

  8. C-08 ,GeneSys: Generative Modeling for Developmental System,Che-Wei,Hsu,Duke University,USA,In-person            

  9. C-08 ,Single-cell proteomics differentiates Arabidopsis root cell types,Justin,Walley,Iowa State University,USA,In-person            


C-09,Robustness and Resilience: Surviving a Changing Climate,"Organized by Aman Husbands and Doris Wagner, University of Pennsylvania"               

  1. C-09 ,Trade-off in speed versus robustness,Adrienne,Roeder,Cornell University,USA,In-person            

  2. C-09 ,Transcription factor and chromatin-based heat memory in plants,Nobutoshi,Yamaguchi,Nara Institute of Science and Technology,Japan,In-person            

  3. C-09 ,Modulating plant growth and thermotolerance in Arabidopsis,Eirini,Kaiserli,University of Glasgow,UK,In-person            

  4. C-09 ,Tracking molecular mechanisms of stomatal adaptation to climate change with herbaria,Patricia,Lang,Stanford University,USA,In-person            

  5. C-09 ,A negative feedback loop between LEAFY and TERMINAL FLOWER 1 robustly safeguards inflorescence indeterminacy,Doris,Wagner,"University of Pennsylvania, Philadelphia",USA,In-person            

  6. C-09 ,Temperature-Dependent Suppression of Ca2+ Signaling During Effector-Triggered Immunity in Plants,Richard,Hilleary,Duke University,USA,In-person            

  7. C-09 ,Ethylene-mediated metabolic priming increases growth and stress tolerance in Arabidopsis thaliana,Esha,Dutta,"University of Tennessee, Knoxville",USA,In-person            

  8. C-09 ,Deciphering the cis-regulatory code underlying the response to elevated temperature in Arabidopsis thaliana,Rajneesh,Singhal,Michigan State University,USA,In-person            

  9. C-09 ,Elucidating the mechanisms of GTR1/NPF2.10-regulated root architecture under salt stress in Arabidopsis,Ya Yun,Wang,National Taiwan University,TAIWAN,In-person            


C-10,Tiny Pores With Global Impact,"Organized by Toshinori Kinoshita, Nagoya University, Izumi Mori. Okayama University, Hannes Kollist, University of Tartu, Julian I. Schroeder, University of California, San Diego"               

  1. C-10 ,Warming temperature triggers stomatal opening by enhancement of photosynthesis and ensuing guard cell CO2 sensing and signaling,NATTIWONG,PANKASEM,"University of California, San Diego" In-person            

  2. C-10 ,Guard cell starch degradation and fast stomatal opening in plants,DIANA,SANTELIA,ETH Zuric,Switzerland,In-person            

  3. C-10 ,Utilizing stomatal CO2 signaling by HT1 kinase for manipulating plant water use,HANNES,KOLLIST,University of Tartu,Estonia,In-person            

  4. C-10 ,Light-induced stomatal opening through the regulation of plasma membrane H+-ATPase in guard cells,TOSHINORI,KINOSHITA,Nagoya University ,Japan,In-person            

  5. C-10 ,Heterotrimeric G protein regulation of the stomatal response to CO2,SARAH M,ASSMANN,"Penn State University, University Park",USA,In-person            

  6. C-10 ,Guard cell-type ALMTs: Structural insights into bell-shaped voltage-dependency and stomatal movement,IZUMI C,MORI,Okayama University,JAPAN,In-person            

  7. C-10 ,"ERC Sympore project: New insights into composition, structure and transport mechanisms of plasmodesmata",WOLF B,FROMMER,Heinrich Heine University Düsseldorf,Germany,In-person            


C-11,Charting the Course and Weathering Storms: Organizational Practices and Individual Actions that Support Scientists as they Navigate Career Transitions,"Organized by: Mary Williams, ASPB, Mentewab Ayalew, Spelman College"               

  1. C-11 ,Introduction to Panel Discussion,Mentewab,Ayalew,Spelman College,USA,In-person            

  2. C-11 ,Panelist,Kevin,Cox,WUSTL & Danforth Plant Science Center,USA,In-person            

  3. C-11 ,Panelist,Jose,Dinneny,Stanford University,USA,In-person            

  4. C-11 ,Panelist,Dior,Kelley,Iowa State University,USA,In-person            

  5. C-11 ,Panelist,Roger,Innes,Indiana University,USA,In-person            

  6. C-11 ,Panelist,Dawn,Nagel,"University of California, Riverside",USA    In-person  

  7. C-11 ,Panelist,Imani,Madison,North Carolina State University,USA        In-person

  8. C-11 ,Panelist,Devang,Mehta,KU Leuven,BELGIUM         In-person

  9. C-11 ,Panelist,Roman,Ramos Báez,University of Chicago,USA         In-person 

  10. C-11 ,Panelist,Jenn,To,Bayer Crop Science,USA         In-person

  11. C-11 ,Panelist,Bernice,Waweru,John Innes Center,UK          In-person

  12. C-11 ,Panelist,Mary,Williams ,ASPB,USA,In-person      


C-12,Genomic Features and Mechanisms of Mutation,"Organized by Ksenia Krasileva, University of California, Berkeley"               

  1. C-12 ,"Contributions of mutation and selection to the rapid, intraspecies evolution of Arabidopsis NLRs ",Chandler,Sutherland,"University of California, Berkeley",USA,In-person            

  2. C-12 ,Understanding mutational processes from Arabidopsis pangenome graphs,Zhigui,Bao,"Max Planck Institute for Biology, Tübingen",Germany,In-person            

  3. C-12 ,DNA repair under heat stress: the role of X-family DNA Polymerase,Clair,Wootan,University of Minnesota,USA,In-person            

  4. C-12 ,Population genetic consequences and causes of mutation rate heterogeneity in Arabidopsis thaliana,Mariele,Lensink,"University of California, Davis",USA,In-person            

  5. C-12 ,Sequence and epigenetics of active and silenced nucleolus organizers in Arabidopsis,Dalen,Fultz,"Indiana University, Bloomington",USA,In-person            


C-13,Chemical Genetics in Arabidopsis Research: Recent Advances and Applications,"Organized by Xiaohui Li, Purdue University"               

  1. C-13 ,A chemical genetic screen uncovers novel modulators of exocytosis in Arabidopsis,XIAOHUI,LI,Purdue University,USA,In-person            

  2. C-13 ,Novel Bio-stimulant Molecules Enhancing Root System Vigor,MIGUEL A ,MORENO-RISUENO,Universidad Politécnica de Madrid (UPM) ,Spain,In-person            

  3. C-13 ,Time-resolved MAPK activation shapes dynamics in plant defense responses,HOO SUN ,CHUNG,Incheon Global Campus,KOREA,In-person            

  4. C-13 ,The mobile transcription factor SPL13 controls a root apical meristem phase change by triggering oriented cell divisions,Yanbiao,Sun,Ghent University,BELGIUM,In-person            

  5. C-13 ,Uncovering genetic factors involved in retinal-mediated development across the Green Lineage,Gabrielle,Meza,"University of California, San Diego",USA,In-person            


C-14,Epigenome and Epitranscriptome in Environmental Stress Signaling and Memory,"Organized by Ullas Pedmale, Cold Spring Harbor Laboratory, Clara Richet-Bourbousse, Sorbonne University, Isabel Baurle, University of Potsdam"               

  1. C-14 ,Primed plants don’t forget: Epigenetic drivers of immune memory,Jurriaan,Ton,University of Sheffield,UK,Online             

  2. C-14 ,Epigenome reprogramming for cell identity and survival,Doris ,Wagner,"University of Pennsylvania, Philadelphia",USA,In-person            

  3. C-14 ,Chromatin control of developmental reprogramming in response to environmental challenges,Sibum,Sung,"University of Texas, Austin",USA,In-person            

  4. C-14 ,Interaction of IBM1 and VHAE2 in flowers may explain transgenerational instability of hypomethylated lines,ROBYN ,EMMERSON,University of Birmingham,UK,In-person            

  5. C-14 ,High-throughput capture of transcription factor-driven epigenome dynamics in  plant-environment interactions,MARK ,ZANDER,"Rutgers, The State University of New Jersey",USA,In-person            

  6. C-14 ,The Plant 3D Genome: Elevated CO2 Drives Epigenetic Reprogramming & Chromatin Dynamics in Arabidopsis Thaliana ,SCOTT ,LEWIS,Donald Danforth Plant Science Center,USA,In-person            

  7. C-14 ,BAS chromatin remodeler determines brassinosteroid-induced transcriptional activation and growth in Arabidopsis,CHENLONG,LI,Sun Yat-Sen University,CHINA,In-person            

  8. C-14 ,Mechanisms enabling the regulation of the guard cell genome by a changing environment,CHARLES A,SELLER,"University of California, San Diego",USA,In-person            


C-15,Cell Fate Control and Organogenesis: Towards Understanding and Imaging Complex Tissues,"Organized by Margot Smit, ZMBP, Tuebingen, Yan Ma. Gregor Mendel Institute of Molecular Plant Biology, Avilash Singh Yadav, Cornell University"               

  1. C-15 ,How to grow at the organ surface: Root surface cells use mechanical cues to activate edge-based growth control,Zoe,Nemec Venza,École Normale Supérieure de Lyon,FRANCE,Online   

  2. C-15 ,Mechanical interactions between tissue layers underlie plant morphogenesis,Daniel,Kierzkowski,University of Montréal,CANADA,In-person                   

  3. C-15 ,Growth directions and stiffness across cell layers determine whether tissues stay smooth or buckle,Avilash,Singh Yadav,Cornell University,USA,In-person            

  4. C-15 ,Oriented Symmetric Divisions Contribute to Stomatal Patterning Across Eudicots,Kensington,Hartman,"University of California, San Diego",USA,In-person            

  5. C-15 ,From chaos to order: cell fate specification and self-organization during shoot regeneration,Momoko,Ikeuchi,Nara Institute of Science and Technology,Japan,In-person            

  6. C-15 ,SHORTROOT and SCARECROW dynamics reveal asymmetric division is specified early in the cell cycle,Cara,Winter,Duke University,USA,In-person            

  7. C-15 ,Arabidopsis VPS13 is required for female germline development by regulating the miR390-TAS3-ARF3 pathway,Camilla,Banfi,Università degli Studi di Milano,ITALY,In-person            

  8. C-15 ,Proximity labeling and deletion of a conserved domain give insights into mechanistic roles of SPCH during stomatal development,Andrea,Mair,"Stanford University, HHMI",USA,In-person            


C-16,More Than Growth,"Organized by Cris Argueso, Colorado State University"               

  1. C-16 ,Lessons from the model: How Arabidopsis is shaping the research on the growth versus defense antagonism in tomato,MARCELO,CAMPOS,"Federal University of Mato Grosso, Cuiabá",Brazil,Online 

  2. C-16 ,Concerted Plant Growth and Defense Through Targeted Phytohormone Crosstalk Modification,Cris,Argueso,Colorado State University,USA,In-person            

  3. C-16 ,How microbes influence plant regeneration? ,LI,YANG,University of Georgia,USA,In-person            

  4. C-16 ,Unravelling metabolic networks controlling defense and growth: Insights from forward genetics analysis,JEONGIM ,KIM,University of Florida,USA,In-person            

  5. C-16 ,CEP signaling coordinates plant immunity with nitrogen status,Jakub,Rzemieniewski,Technical University of Munich,Germany,In-person            

  6. C-16 ,Logistics of Defense – TGNap1 mediated secretion of antimicrobial proteins,DEEPAK D ,BHANDARI,Michigan State University,USA,In-person                 

C-17,Adaptations to Extreme Climate in Arabidopsis Extremophyte Relatives,"Organized by Pramod Pantha, Louisiana State University, Guannan Wang, Stanford University"               

  1. C-17 ,Cell Type Specific Stress Responses in Brassicaceae Extremophytes,Guannan,Wang, Stanford University,USA            ,

  2. C-17 ,Convergent Evolution of Genes and Gene Networks in Brassicaceae Extremophytes Associated with Salt Stress Tolerance,Samadhi,Wimalagunasekara,Louisiana State University,USA,In-person            

  3. C-17 ,Arabidopsis halleri as an extremophile model for addressing the genetic basis of natural variation in physiological traits,Ute,Kraemer,Ruhr University Bochum,Germany,In-person            

  4. C-17 ,C3-C4 intermediate photosynthesis in the Brassicaceae,Andreas,Weber,Heinrich Heine University,Germany,In-person            

  5. C-17 ,C3 to CAM transition – adaptation to climate change,Sixue,Chen,University of Mississippi,USA,In-person            


C-18,Dynamic Plant Cells: Organelle Dynamics and Cell Division During Development,"Organized by Arif Ashraf, Howard University, Carolyn Rasmussen, University of California Riverside, Bo Liu, University of California, Davis, Jianping Hu, Michigan State University"               

  1. C-18 ,The microtubular preprophase band recruits Myosin XI to the cortical division site to guide phragmoplast expansion during plant cytokinesis,Calvin Haoyuan,Huang,"University of California, Davis",USA,In-person            

  2. C-18 ,Actomyosin-dependent peroxisome motility in plant metabolism and stress response,Jianping,Hu,Michigan State University,USA,In-person            

  3. C-18 ,Polarity-mediated control of microtubule organization regulates division orientation in the stomatal lineage,Andrew,Muroyama,"University of California, San Diego",USA,In-person            

  4. C-18 ,A conserved role for related LRR-RLKs during formative asymmetric cell divisions,Michelle,Facette,"University of Massachusetts, Amherst",USA,In-person            

  5. C-18 ,Distinct ADP-ribosylation factor-GTP exchange factors (ARF-GEFs) govern the opposite polarity of two receptor kinases,Jaimie M Van,Norman,"University of California, Riverside",USA,In-person            

  6. C-18 ,Function of nuclear membrane proteins during cell division,Arif,Ashraf,Howard University,USA,In-person            

  7. C-18 ,The ties that bind: Understanding actin-organelle interactions in plants,Joe,Mckenna,University of Warwick,UK,In-person            

  8. C-18 ,Getting there - differential targeting of the plant V-ATPase complex,Upendo,Lupanga,Heidelberg University,Germany,in-person           


C-19,Chromatin at Single-cell and Single molecule Resolution,"Organized by Josh Cuperus, University of Washington-Seattle"               

  1. C-19 ,The gene regulatory landscape of flowering plants,Ronan,O'malley,DOE/JGI/LLBNL,USA,In-Person            

  2. C-19 ,Transcriptional Regulation in Stomatal Development at single cell resolution,AO,Liu,"Stanford University, HHMI",USA,In-Person            

  3. C-19 ,Global increase of RNA polymerase II activity and of transcriptome size during Arabidopsis photomorphogenesis,Clara,Bourbousse,Sorbonne University,France,In-Person            

  4. C-19 ,Cell-type aware regulatory landscapes governing monoterpene indole alkaloid biosynthesis in the medicinal plant Catharanthus roseus,Chenxin,Li,University of Georgia,USA,In-Person            

  5. C-19 ,The Arabidopsis regulatory landscape at single molecule resolution,Josh,Cuperus,"University of Washington, Seattle",USA,In-Person            


C-20,Deciphering the Secrets of Microbiomes in Promoting Stress Resilience in Plants – a Strategy for Achieving Agricultural Sustainability,"Organized by Anamika Rawat & Baoda Han, King Abdullah University of Science and Technology"               

  1. C-20 ,Pollen carry bacteria which suppress an opportunistic fungal pathogen that invades ovules during fertilization,Manish,Raizada,University of Guelph,CANADA,Online             

  2. C-20 ,Beneficial microbe mediated abiotic stress tolerance of host plant by ABA-mediated root architecture and epigenetic reprogramming,Anamika,Rawat,King Abdullah University of Science and Technology,SAUDI ARABIA,In-person            

  3. C-20 ,Antibiotics in plant root microbiomes - a metagenomic analysis,Mentewab,Ayalew,Spelman College,USA,In-person            

  4. C-20 ,Elucidating Chemical Signals Dictating Plant Microbiome Assembly And Function,Gozde,Demirer,California Institute of Technology,USA,In-person            

  5. C-20 ,FER kinase and cell wall sensors LRX1/2 regulate microbiome in a phosphate-dependent manner,Siyu,Song,University of British Columbia,CANADA,In-person            

  6. C-20 ,Dissecting Soil-borne Legacy: Involvement of SA and light signals in recruitment of beneficial microbes,Run,Qi,Utrecht University,THE NETHERLANDS,In-person            

  7. C-20 ,"Interactions between plant microbiota, environmental factors, and host immunity: Insights from gnotobiotic Arabidopsis model",Bradley,Paasch,Duke University,USA,In-person           

  8. C-20 ,Phyllosphere dysbiosis in Arabidiopsis,Reza,Sohrabi,Duke University,USA,In-person  ​            


C-21,Synthesis and Function of Plant Specialized Metabolites that Regulate Development and Stress Responses,"Organized by Gloria Muday, Wake Forest University"               

  1. C-21 ,The chemistry of root development: uncovering small molecule regulators of tissue patterning,Jazz,Dickinson,"University of California, San Diego",USA,In-person            

  2. C-21 ,Identification of the mode of action of the nonproteogenic amino acid azetidine-2-carboxylic acid and engineering tolerance in Arabidopsis,Craig,Schenck,University of Missouri,USA,In-person            

  3. C-21 ,Metabolic regulatory pathways involved in the root apical meristem maintenance in Arabidopsis thaliana,Joseph,Dubrovsky,Instituto de Biotecnologıá,Mexico,In-person            

  4. C-21 ,The moonlighting function of a Nudix domain-containing protein in carotenoid biosynthesis and metabolon assembly,Sombir,Rao,Cornell University,USA,In-person            

  5. C-21 ,Reprogramming plant specialized metabolism with information-processing synthetic genetic circuits,MAURICIO S,ANTUNES,"University of North Texas, Denton",USA,In-person            

  6. C-21 ,Investigating the effect of environmental stress on metabolite signaling and localization in root systems,Andrea,Sama,"University of California, San Diego",USA,In-person            

C-22,Evolutionary Plant Systems Biology for Climate Adaptation,"Organized by Ting-Ying Wu, Institute of Plant & Microbial Biology, Academia Sinica, Devang Mehta, Department of Biosystems, KU Leuven"               

  1. C-22 ,PREDICT: Advancing Accurate Gene Expression Prediction and Motif Identification in Plant Stress Responses,Ting-Ying,Wu,Academia Sinica,TAIWAN,In-person            

  2. C-22 ,Changing latitudes:  how shifting geographic ranges will impact plant developmental synchrony and what we can do about it,Daphne,Ezer,University of York,UK,In-person            

  3. C-22 ,Rapid evolution across climates in synchronized global outdoor experiments of Arabidopsis thaliana,Moi,Exposito-Alonso,"University of California, Berkeley",USA,In-person            

  4. C-22 ,Conservation and divergence of DNA binding sites of SQUAMOSA promoter-binding protein-like (SPL) transcription factors,Carol,Huang,New York University,USA,In-person            

  5. C-22 ,Functions of ATM/ATR-SOG1 Module in DNA Damage Response of Marchantia polymorpha,Qianqian,Li,Ghent University,BELGIUM,In-person            

  6. C-22 ,Elucidating the role of the plant circadian clock in latitudinal adaptation,Aisha-Alexandra,Gerhardt,KU Leuven,BELGIUM,In-person            


C-23,Our Community Effort to Reannotate the Arabidopsis Genome,"Organized by : Tanya Berardini, Phoenix Bionformatics and Nicholas Provart, University of Toronto"               

  1. C-23 ,Introduction,Nicholas,Provart,University of Toronto,CANADA,In-person            

  2. C-23  A comprehensive re-annotation of long non-coding RNAs for the gapless Arabidopsis thaliana genome and TAIR12 re-annotation"Kyle,Palos,Cornell University,USA,Online

  3. C-23 ,TAIR’s role in the reference genome reannotation effort,TANYA,BERARDINI,Phoenix Bioinformatics,USA,In-person            

  4. C-23 ,TAIR12: the new telomere-to-telomere referencesequence of Arabidopsis thaliana,RAÚL Y ,WIJFJES,Ludwig-Maximilians-Universität München,GERMANY,In-person            

  5. C-23 ,"Comprehensive annotation of transposable elements

  6. in the TAIR12 Arabidopsis genome",ZHIGUI ,BAO,Max Planck Institute for Biology Tübingen,GERMANY,In-person            

  7. C-23 ,Inside-out regulation and dynamics of nucleolus organizers in Arabidopsis,RAMYA ,ENGANTI,"HHMI/Indiana University, Bloomington",USA,In-person                   


C-24,Mobile DNA and Genome Plasticity,"Organized by Jungnam Cho, Durham University"               

  1. C-24 ,Introduction,Jungnam,Cho,Durham University,UK,In-person            

  2. C-24, War and Peace: Transposons and the Evolution of Polyploid Wheat,Yijing,Zhang,Fudan University,CHINA, Online          

  3. C-24 ,Arabidopsis epigenetic inbred lines: a tool to study plant genome plasticity,Marco,Catoni,University of Birmingham,UK,In-person            

  4. C-24 ,The evolution of transposable elements and their impact on genomic diversity revealed by pan-genome and pan-epigenome approaches in plants,Jinfeng,Chen,"Institute of Zoology, Chinese Academy of Sciences",CHINA,In-person            

  5. C-24 ,Combined DNA Methyltransferase and Histone Deacetylase Mutant Uncovers Novel Heterochromatic Histone Dynamics in Arabidopsis thaliana,Carl,Simmons,Washinton University in St. Louis,USA,In-person            

  6. C-24 ,Substrate specificity and protein stability drive the divergence of plant-specific DNA methyltransferases,Jia,Gwee,Washinton University in St. Louis,USA,In-person            


C-25,New Methods to Accelerate Plant Synthetic Biology,"Organized by ‪Roman Ramos Baez, University of Chicago, Cătălin Voiniciuc, University of Florida"               

  1. C-25 ,Introduction,Román,Ramos Báez,University of Chicago,USA,In-person            

  2. C-25 ,Utilizing synthetic biology to expand our understanding of plant systems,Patrick,Shih,"University of California, Berkeley",USA,In-person            

  3. C-25 ,New gene stacking system compatible with all major type IIS cloning technologies in plants,ANNA N,STEPANOVA,North Carolina State University,USA,In-person            

  4. C-25 ,A conserved function of TPL corepressors is to nucleate assembly of the transcriptional preinitiation complex,Alex,Leydon,"University of Washington, Seattle",USA,In-person            

  5. C-25 ,Enhancement of Cas9 protein production through an in vivo protein-RNA tethering system,YU-HUNG ,HUNG,California Institute of Technology,USA,In-person            


C-26,The Roles of Biomolecular Condensates and Their Interactions with The Membrane System,"Organized by Ruixi Li, Southern University of Science and Technology, China, Yansong Miao, Nanyang Technological University, Emilio Gutierrez-Beltran, University of Sevilla"               

  1. C-26 ,How physico-molecular mechanisms of the condensate-membrane interplay organize cells,Roland L.,Knorr,Humboldt-Universität zu Berlin,Germany,In-person            

  2. C-26 ,Order and disorder in clathrin-mediated endocytosis,Daniel,Van Damme,Ghent University,BELGIUM,In-person            

  3. C-26 ,A condensates-to-VAPV conversion pathway regulates autophagy degradation in plant cells,Ruixi,Li,Southern University of Science and Technology In-person            

  4. C-26 ,Phase separation in endomembrane trafficking in plants,Xiaofeng,Fang,Tsingshua University,CHINA,In-person            

  5. C-26 ,Plant karyopherin KA120 regulates nuclear condensation of the core splicing regulatory complex MAC to coordinate immune activation,min,jia,"University of California, Berkeley",USA,In-person            

  6. C-26 ,Cell-specific polymerization-driven biomolecular condensate formation fine-tunes root growth,Jianbin,Su,University of Missouri,USA,In-person            


C-27,From Perception to Memory: How Plants Adapt to Climate Change,"Organized by Justyna Olas, IGZ e.V."               

  1. C-27 ,Temperature sensing in plants,Philip,Wigge,IGZ e.V.,Germany,In-person            

  2. C-27 ,Tissue Specific Heat Stress Memory,JUSTYNA ,OLAS,IGZ e.V.,Germany,In-person            

  3. C-27 ,REVEILLE2 thermosensitive splicing: A molecular basis for the integration of nocturnal temperature information by the Arabidopsis circadian clock,MATTHEW A ,JONES,University of Glasgow,UK,In-person            

  4. C-27 ,The role of PIF4’s transcription activation domain in plant thermomorphogenesis,ALYSSA,STONER,University of Mississippi,USA,In-person            

  5. C-27 ,The role of warm temperature in regulating developmental changes in Arabidopsis thaliana,ANNA,ZIOUTOPOULOU,University of Glasgow,UK,In-person            


C-28,Hormonal Influence on Plant Form,"Organized by Dior Kelley, Iowa State University"               

  1. C-28 ,"Deciphering AtHMGB15, an ARID-HMG Protein in Arabidopsis: Orchestrating the JA Pathway Through MYC2 Regulation in Pollen Development",SONAL,SACHDEV,Bose Institute,India,Online          

  2. C-28 ,The molecular core of transcriptome responses to abiotic stress and the role of ethylene therein,Dominique,Van Der Straeten,Ghent University,BELGIUM,Online             

  3. C-28 ,"Vein patterning by GNOM-dependent auxin diffusion, transport, and signaling",Enrico,Scarpella,University of Alberta,CANADA,In-person            

  4. C-28 ,AGAMOUS promotes carpel initiation by repressing cytokinin signaling,Stefan ,de Folter,UGA-Langebio Cinvestav Irapuato,Mexico,In-person            

  5. C-28 ,Gibberellin and abscisic acid transporters facilitate endodermal suberin formation in Arabidopsis,Eilon,Shani,Tel Aviv University,Israel,In-person            

  6. C-28 ,Auxin modulates root hair formation through an ARF19 gene regulatory network that increases ROS,Megan,Gerber,Wake Forest University,USA,In-person            

  7. C-28 ,Phytohormonal regulation determines the organization pattern of shoot aerenchyma in greater duckweed (Spirodela polyrhiza),Kyungyoon,Kim,Seoul National University,KOREA,In-person            

  8. C-28 ,Understanding anisotropy growth regulation by brassinosteroids,Hitashi,Khandal,Israel Institute of Technology- Technion,Israel,In-person            

  9. C-28 ,Cell integrity maintenance during hormone induced cell expansion in Arabidopsis root,Ajeet,Chaudhary,Carnegie Institution for Science,USA,In-person            

  10. C-28 ,A novel Arabidopsis ABC transporter spatially regulates oscillating auxin response and periodic branching in roots ,Ana,Paez-Garcia,Centro de Biotecnología y Genómica de Plantas,Spain,In-person            


C-29,Phenotypic Plasticity in Arabidopsis thaliana  Mechanisms and Evolution,"Organized by Michael Lenhard, University of Potsdam"               

  1. C-29 ,Vegetative phase change alters plasticity of plant responses to abiotic stress,Erica,Lawrence-Paul,"Penn State University, University Park",USA,In-person            

  2. C-29 ,Metabolic Modeling Identifies Determinants of Thermal Growth Responses in Arabidopsis thaliana,Philipp,Wendering,University of Potsdam,Germany,In-person            

  3. C-29 ,Plasticity of leaf form and function to temperature in the global weed Capsella bursa-pastoris,Michael,Lenhard,University of Potsdam,Germany,In-person            

  4. C-29 ,Development-dependent morphological analysis on leaf movement of Arabidopsis utilizing microfocus X-ray CT,Maika,Hayashi,Nara Institute of Science and Technology,Japan,In-person            

  5. C-29 ,Drought stress amplifies leaf maturation transcriptional dynamics,Joseph,Swift,The Salk Institute for Biological Studies,USA,In-person            

  6. C-29 ,Alternative Splicing Regulates Root Response to Salinity in Arabidopsis ,Jose A.,O'Brien,"Pontificia Universidad Católica de Chile, Santiago",Chile,In-person            

  7. C-29 ,Integrated transcriptional responses to nitrogen and light stresses modulate photosynthesis and nitrogen-use,Kithmee,De Silva,University of Illinois Urbana-Champaign,USA,In-person            

  8. C-29 ,Conserved cis-regulatory sequences of a key floral specification gene encode antagonizing elements that mediate phenotypic robustness in Arabidopsis and tomato,Amy,Lanctot,Cold Spring Harbory Laboratory,USA,In-person            


C-30,Translational Research from Arabidopsis to Crop Plants and Beyond,"Organized by: Adrienne Roeder, Cornell University, Cris Argueso, Colorado State University, Joanna Friesner, NAASC"               

  1. C-30 ,INTRODUCTION,Adrienne,Roeder,Cornell University,USA,In-person            

  2. C-30 ,Comparative view of fruit development in cucumber and Arabidopsis,Xiaolan ,Zhang,China Agricultural University,China,Online             

  3. C-30 ,Diverse mechanisms of adaptive flexibility discovered by multi-species analysis of stomatal development,Ido,Nir,Volcani Institute,Israel,Online 

  4. C-30 ,Arabidopsis research in expression element discovery for crop biotechnology applications,Jennifer,To,Bayer Crop Science,USA,In-person            

  5. C-30 ,From Arabidopsis to Brassica napus: Determining the regulatory control of floral transition,Gurpinder Singh,Sidhu,John Innes Center,UK,In-person            

  6. C-30 ,A Multidisciplinary Solution to Advance the Circular Economy of Phosphorus,Catherine,Freed,"University of Wisconsin, Madison",USA,In-person            

  7. C-30 ,"Construction of innovative platform based on Arabidopsis, human cell lines, mice and VHH for identification of drugs targeting metabolome-related human diseases",Paweł,Ćwiek,Polish Academy of Sciences,Poland,In-person            

  8. C-30 ,NUENet: Orthologous nitrogen network modules enhance NUE outcome predictions across model-to-crop,Ji,Huang,New York University,USA,In-Person            

  9. C-30 ,Precision breeding using CRISPR to improve production traits in blackberry,Brian,Crawford,Pairwise Plants,USA,In-Person          


C-31,Long-distance Signaling in Times of Stress,"Organized by : Melissa (HACF) Leeggangers, Utrecht University"               

  1. C-31 ,Dalekin is a graft-transmissible signal that induces drought stress responses and enhances stress tolerance.,Alexander,Cummins,University of Utah,USA,In-person            

  2. C-31 ,The interplay of WUSCHEL and Jasmonate signaling in stem growth regulation in response to systemic wounding,Pengfei,Fan,Heidelberg University,Germany,In-person            

  3. C-31 ,Contribution of trehalose 6-phosphate synthase 1 to Arabidopsis thaliana reproductive development,Yohanna,Miotto,"Max Planck Institute for Plant Breeding, Cologne",Germany,In-person            

  4. C-31 ,Jasmonic acid and abscisic acid modulate long-distance defence signalling in Arabidopsis thaliana,Erin,Stroud,University of Warwick,UK, in-person           

  5. C-31 ,Guardians of the meristem: Ethylene’s role in shielding plants during waterlogging for future flooding stress through long-distance signaling.,Melissa,Leeggangers,Utrecht University,THE NETHERLANDS,In-person            


C-32,RNA Modifications and Their Role in Plants,"Organized by:  Arsheed H. Sheikh, King Abdullah University of Science and Technology (KAUST)"               

  1. C-32 ,The effects of RNA modifications on plant biology,Brian,Gregory,"University of Pennsylvania, Philadelphia",USA, In-person         

  2. C-32 ,N6-adenosine methylation of mRNA integrates multilevel auxin response and ground tissue development in Arabidopsis,Kamil,Ruzicka,Czech Academy of Sciences,Czechia,In-person            

  3. C-32 ,small RNA biogenesis: co-transcriptional regulation and RNA modifications,Jakub ,Dolata,"Adam Mickiewicz University, Poznan",Poland, In-person

  4. C-32 ,Genomic Determinants of Splicing Variation,AISWARYA,BALAKRISHNAN,Monash University,Australia, In-person

  5. C-32 ,Reciprocal regulation of m6A modification and miRNA production machineries via phase separation-dependent and -independent mechanisms,Songxiao,Zhong,Texas A&M University,USA, In-person

  6. C-32 ,m6A counteracts premature aging in plants,Arsheed,Sheikh,King Abdullah University of Science and Technology,SAUDI ARABIA,In-person            

  7. C-32 ,"Chromatin remodeling, alternative RNA processing and m6A RNA modification in Arabidopsis",Szymon,Kubala,Polish Academy of Sciences,Poland, In-person


C-33,Seed Biology,"Organized by: Mathew G Lewsey, La Trobe University, Julia Qüesta, Centre for Research in Agricultural Genomics (CRAG)​"               

  1. C-33 ,Iron determines germination speed in seeds,Kumbirai Deon ,Mandebere,Middle East Technical University,Turkey,Online ​     

  2. C-33 ,Insights on peptide signalling for seed single-nucleus RNA-seq,Mary,Gehring,Whitehead Institute for Biomedical Research,USA,In-person            

  3. C-33 ,Transcriptional reprogramming in the Arabidopsis seed-to-seedling transition,Julia,Qüesta,Centre for Research in Agricultural Genomics (CRAG),SPAIN,In-person            

  4. C-33 ,"Evidence for transgenerational control of seed physiology during development by ABA and nitrate, revealed by combining physiology with single cell technologies",William,Bezodis,John Innes Center,UK,In-person            

  5. C-33 ,Maternal regulation of starch metabolism plays a pivotal role during ovule and seed development,Nicola ,Babolin,University of Milan,Italy,In-person            

  6. C-33 ,UNVEILING THE SIGNALING PATHWAY OF LIGHT-INDEPENDENT SEED GERMINATION,Hira,Kazmi,"University of Rome, Sapienza",Italy,In-person            

  7. C-33 ,Pro-seed to Seedling: Regulation of Seed Germination by an Evolutionarily Conserved Transcriptional Co-repressor Family ,Bailan,Lu,University of British Columbia,CANADA,In-person                   

  8. C-33 ,Seed Coat Anatomy and Chemical Composition Changes Affect the Seed Imbibition and Seed Coat Permeability of Pennycress transparent testa 8 (tt8) mutants,Xinxin,Ding,Pacific Northwest National Laboratory (PNNL),USA,In-person            


C-34,Visualizing the Dynamics of Cell Biology During Plant Development and Environmental Stresses,"Organized by: Andrew Muroyama, University of California San Diego, Yue Rui. Stanford University"               

  1. C-34 ,Myosin XI-mediated BIK1 recruitment to nanodomains facilitates FLS2-BIK1 complex formation during innate immunity in Arabidopsis,JIEJIE,LI,Beijing Normal University,CHINA, Online ​    

  2. C-34 ,Structure and function of the plant cell wall – Plasma membrane interface,YUE,RUI,Stanford University ,USA,In-person            

  3. C-34 ,Information processing via cellular hormone dynamics,ALEXANDER,JONES,"Sainsbury Laboratory, University of Cambridge",UK,In-person            

  4. C-34 ,Cytosolic Ca2+ dynamics in response to long-term NaCl stress in Arabidopsis, RAINER,WAADT,University of Münster,Germany,In-person            

  5. C-34 ,Expansion microscopy to visualize subcellular components in protoplasts,KEVIN,COX,Donald Danforth Plant Science Center,USA,In-person            

  6. C-34 ,Division ‘on the fly’ – Preprophase-band-independent TANGLED1 recruitment in maize,AIMEE,UYEHARA,"University of California, Riverside",USA, In-person            

  7. C-34 ,Super-Resolution Analysis of single-molecule dynamics and nanoscale organization in living plants: Improved approaches and new results,KLAUS,HARTER,University of Tübingen,Germany,In-person            

  8. C-34 ,Intercellular trafficking of a developmental protein encoding mRNA: A mechanistic dissection,MATIAS,GLEASON,Cold Spring Harbory Laboratory,USA,In-person            

  9. C-34 ,Multiple roles of FREE1 in regulating organelle biogenesis and function in Arabidopsis,LIWEN,JIANG,The Chinese University of Hong Kong (CUHK),"Hong Kong, SAR",In-person           

C-35,Quantitative Proteomics applications to Dissect Signal Transduction in Arabidopsis,"Organized by: Frank Menke, The Sainsbury Laboratory, University of East Anglia, Norwich, Justin Walley, Iowa State University , Richard Glen Uhrig, University of Alberta"               

  1. C-35 ,Using proteomics to study the Arabidopsis circadian clock,Johanna ,Krahmer,University of Copenhagen,Denmark,Online ​ 

  2. C-35 ,"Why, how, and what to eat for staying fit?",Yasin,Dagdas,"Gregor Mendel Institute, Vienna Biocenter, Vienna",AUSTRIA,In-person            

  3.  C-35 ,Connecting membrane receptor signalling and effector-triggered immunity via helper NLR phosphorylation,Frank ,Menke,"Sainsbury Laboratory, University of Cambridge",UK,In-person            

  4. C-35 ,Identification and characterization of a new protein kinase that regulates flowering time through E3 mono-ubiquitin ligases,R Glen,Uhrig,University of Alberta,CANADA,In-person            

  5. C-35 ,Proteomics profiling of proximal-distal tissue-wide polarity in Arabidopsis,AOBO ,HUANG,"Rutgers, The State University of New Jersey",USA,In-person            

  6. C-35 ,"Subfamily C7 Raf-like kinases MRK1, RAF26, and RAF39 regulate immune homeostasis and stomatal opening in Arabidopsis thaliana",MÁRCIA GONÇALVES ,DIAS,Queen's University,CANADA,In-person            


C-36,Stress Combination: A New Frontier in Plant Sciences,"Organized by: Ranjita Sinha, Maria Angeles Pelaez Vico, University of Missouri, Columbia"               

  1. C-36 ,Introduction,Ranjita,Sinha,University of Missouri,USA,In-person             

  2. C-36 ,Introduction,Maria Angeles ,Pelaez Vico,University of Missouri,USA,In-person

  3. C-36 ,"Interplay between Melatonin, Nitric Oxide and ROS  in Orchestrating PSII/PSI dynamics under single and combined abiotic stresses",Rosa M,Rivero,Campus Universitario Espinardo,Spain,Online ​ ​

  4. C-36 ,Nutrient Signaling Crosstalk: Breakthrough Insights from a Combined Stress Study,Hatem,Rouached,Michigan State University,USA,In-person            

  5. C-36 ,WRKY48 negatively regulates plant acclimation to a  combination of high light and heat stress,Lidia,Soto Pascual,"University Jaume I, Castellón",Spain,In-person            

  6. C-36 ,Exploring trade-offs induced by herbivore- and pathogen-derived peptide elicitors of immunity in legumes,Natalia,Guayazan Palacios,"University of Washington, Seattle",USA,In-person            

  7. C-36 ,Characterization of key regulators in microRNA-mediated responses to phosphate deficiency in Arabidopsis root development,Lifang,Zhang,Cold Spring Harbory Laboratory,USA,In-person 

  8. C-36 ,Differential regulation of flower and pod transpiration compared to vegetative tissue during abiotic stress in annual plants, Ranjita,Sinha,University of Missouri,USA,In-person


C-37,Arabidopsis Beyond Arabidopsis  Towards Generalisable Principles in Biology,"Organized by: Sridevi Sureshkumar, Sourav Mukherjee, Monash University"               

  1. C-37 ,SUMO code in Rice: Deciphering the language of an emerging protein modification system in crops,Ari,SADANANDOM,University of Durham,UK,In-person            

  2. C-37 ,Thermal responses to human diseases via Arabidopsis,Sureshkumar,Balasubramanian,Monash University,Australia,In-person            

  3. C-37 ,Arabidopsis OMA1 generates different splicing variants encoding proteins possessing different lengths and functioning redundantly in regulating thermotolerance,DER-FEN ,SUEN,Academia Sinica,Taiwan,In-person            

  4. C-37 ,Ubiquitination driven SRF3 nano-organization fine tunes iron bioavailability upon bacterial elicitation,MATTHIEU,PLATRE,The Salk Institute for Biological Studies,USA,In-person            

  5. C-37 ,Widespread position-dependent enhancers in plants,Yoav,Voichek,"Gregor Mendel Institute, Vienna Biocenter, Vienna",Austria,In-person            

  6. C-37 ,Convergence and constraint in glucosinolate evolution across the Brassicaceae,Amanda,Agosto Ramos,"University of California, Davis",USA,In-person            

  7. C-37 ,"The BAS, a SWI/SNF-type chromatin remodeling complex, affects organ-specific transcription start site choice in Arabidopsis",Magdalena,Gromadzka,Polish Academy of Sciences,Poland,In-person            

  8. C-37 ,Mechanisms of Soil Binding Exudate Release and Their Role in Plant-Soil Interactions,Jumana,Akhtar,University of Bristol,UK,In-person