ICAR2022 Schedule Book ONLINE 20.06.22.pdf -

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32nd International Conference on Arabidopsis ResearcH Belfast UK June 20th-24th 2022 ICAR2O22 ICAR2O22 Meeting Information Local Travel in Belfast NOTE: All times are in BST (GMT+1). The meeting venue is walkable from all Belfast City Centre hotels. Please enter the conference venue through the Riverfront Entrance. Meeting Website: https://web.cvent.com/event/93e87fea-a118-4c33-8ae9- Car parking 3aba4090f40a/summary APCOA Lanyon Place Car Park, 6 Lanyon Pl, Belfast BT1 3FT If you have any urgent questions please contact: Delegates can use the Lanyon Place Car Park - Pre-book with the promo code CON10 PRE-BOOK HERE. > Dr Geraint Parry, ICAR2022 Director > [email protected] This is a £10 per day charge (normally £25). The car park is > +44 (0) 7411 967 414 available 24/7 and there is a height restriction of 2.10 metres. Meeting Venue: Local Taxi numbers: ICC Belfast, 2 Lanyon Pl, Belfast BT1 3WH, United Kingdom Belfast Cabs: +44 (0) 7446 014761 Value Cabs: +44 (0) 28 9080 9080 COVID Requirements Venues for other conference events Our absolute priority is to organise an in-person event that is safe for everyone who attends. There are currently no COVID City Hall Reception Venue: restrictions in Northern Ireland however we must be aware that Donegal Square N, Belfast BT1 5GS contracting COVID would be significant problem for visitors needing to return to their country of origin. The venue is a 10 minute straightline walk from the ICC Belfast. If needed please ask conference staff for directions. Canapes and There is now no distinction between vaccinated and non- drinks will be served at City Hall. Attendees will receive an extra vaccinated individuals when travelling to Northern Ireland. drink token for this event. There will be NO cash-bar. However we very much recommend that people are vaccinated before travelling Conference Dinner Venue: Titanic Museum, 1 Olympic Way, Queen’s Road, Belfast BT3 9EP Mask-wearing is optional in the UK but we will advise wearing masks in crowded areas and on public transport. We will advise This venue is a 25 minute walk along the river from the ICC Belfast. mask-wearing during sessions when people are sitting close Please ask meeting staff if a taxi is required to move between together for long periods. Given the number of attendess and venues. Uber is also available for use in Belfast. capacity of the meeting venue social distancing should be possible. 2 3 ICAR2O22 ICAR2O22 Details of the ICC Belfast Conference Venue Catering information ICAR2022 events take place on four levels at the ICC. There are Coffee breaks, lunch and the Opening Reception will be held in escalators, lifts and a staircase to move between levels. Hall 1BCD. All meeting catering will be vegetarian. Ground floor Drinks tokens: Meeting attendees will receive drink tokens in their conference bag. These can be used at the Opening Reception, Meeting registration and Conference information is in the Poster sessions 1 and 2. These can be redeemed for beer, wine or a Riverfront Foyer. soft drinks. At the ICC, additional drinks can be purchased at local prices. The registration and information booth will be open from: June 20th: 1pm- 8pm Lunch timings: June 21st: 8.30am- 6pm June 21st: 1.30pm-2.30pm June 22nd: 8.30am- 2pm June 22nd: 1pm-2pm June 23rd: 8.30am- 2pm June 23rd: 1pm-2pm June 24th: 8.30am- 2pm June 24th: 12.30pm-1.30pm Level 1: If you have requested specific dietary requirements then please ask Plenary talks take place in Hall 1A event staff where these meals are located. The Poster and Exhibiton space is in Hall 1BCD Poster Information Coffee breaks, Lunch and the opening reception will be held in In-person delegates should bring a poster in portrait orientation Hall 1BCD with maximum size A0. Prior to the event and within this book presenters will be issued with a Poster number so that they can Concurrent and Workshop Sessions will be held in Hall 1A, Hall locate their poster space. 2A and Hall 2B. Level 2: Posters with Even-numbers should present on Tuesday June 21st for The Speaker Preview is located in Boardroom 2. which Agrisera will provide a poster prize. Level 3: Posters with Odd-numbers should present Wednesday June 22nd A workshop session will be held in Meeting Room 1 from which Plants-MDPI will provide a poster prize. 4 5 ICAR2O22 ICAR2O22 ICAR2022 Code of Conduct. ICAR2022 Weed Stampede The Multinational Arabidopsis Steering Committee (MASC) and ICAR meetings organised by the North American Arabidopsis Steering the organisers of ICAR2022 are committed to ensuring that ICAR Committee (NAASC) have a long tradition of hosting a ‘Weed Stampede conferences are a welcoming and inclusive space for sharing of ideas, 5K’ as part of the event social calendar. knowledge exchange and for developing collaborative opportunities for everyone who attends. We will continue this tradition at ICAR2022 with the ‘Run for the Throne: 5K Weed Stampede’ run/walk that takes place at 7.30am on To this end, ICAR2022 will provide a safe environment that promotes Wednesday June 22nd leaving from outside the Riverside Foyer of the equal opportunity and treatment for all participants and that is free of ICC Belfast. harassment and discrimination. This (mostly) non-competitive 5K will be led by Aoife McVeigh from This code of conduct applies to all registered attendees, speakers, VisitBelfast and takes in a lovely route along the river Lagan. A member exhibitors, staff, contractors, volunteers, and guests; and it applies both of conference staff will be walking the route over an hour ‘sweeping’ so- within the ICAR2022 conference venue, within the online-platform and as to ensure all participants safely finish the event. in associated events and locations where ICAR2022 conference delegates are present. Participants take part at their own risk. In case of emergency call ‘999’ to access the UK Ambulance Service. Download full Code of Conduct from MASC website A digital route map will be supplied to all participants. 6 7 ICAR2O22 ICAR2O22 ICAR2022 Meeting Schedule Tuesday June 21st 2022 NOTE: All times are in BST (GMT+1). 0900: Plenary 1: Robustness in Genetic Networks Hall 1A Monday June 20th 2022 1100 Tea Break 1300: Registration and Venue Opens: Riverfront Foyer 1130 Plenary 2: Epigenetics and Chromatin Biology Hall 1A 1300: Coffee and Tea available Hall 1BCD 1330 Lunch Hall 1BCD 1600 Welcome to ICAR2022 Hall 1A Steven Spoel, University of Edinburgh 1430 Concurrent Sessions 1-3 Final GARNet Chair Phase separation in plants Hall 1A 1605 Keynote 1 Hall 1A Plant Logic Caroline Dean (John Innes Centre) Hall 2A Internal and external regulation of development 1650 Keynote 2 Hall 1A Hall 2B Liam Dolan (Gregor Mendel Institute) 1600 Tea Break 1735 Community Resources Session Hall 1A 1630 Workshop Sessions 1-4 1830 Opening Reception Hall 1BCD IN PLANTA: INclusive Practices Leveraging A hot buffet will be served at this event in which delegates Arabidopsis as a Nexus for Training & Application can use provided drink tokens Hall 1A Navigating the Nagoya protocol. Access and benefit sharing rights and digital sequence information: how they impact the Arabidopsis research Hall 2A 8 9 ICAR2O22 ICAR2O22 Novel tools in plant biology and bioengineering Wednesday June 22nd 2022 Hall 2B 0900 Plenary 3: From Models to Crops Plant Epigenetics and Chromatin Dynamics Hall 1A Meeting Room 1 1100 Tea Break 1800- 2100 Poster Session 1 (Even numbered posters) Hall 1BCD 1130 Concurrent Sessions 4-6 Arabidopsis as a model for adaptive evolution and A hot buffet will be served in Hall 1BCD global change genomics Hall 1A Delegates can use provided drink tokens Arabidopsis small RNAs Hall 2A Poster Prize supplied by Agrisera Interactions between nutrient and hormone signalling pathways Hall 2B Free Evening. Please take advantage of the Belfast nightlife 1300 Lunch Hall 1BCD 1400 Plenary 4: The Dynamic Proteome Hall 1A 1600 Tea Break 1630 Concurrent Sessions 7-9 Systems Biology of Plant-Pathogens Interactions Hall 1A Protoplast Biology or Single Cell Biology Hall 2A The Next Big Idea: NBI2022 Hall 2B 10 11 ICAR2O22 ICAR2O22 1800- 2100 Poster Session 2 (Odd numbered posters) Thursday June 23rd 2022 Hall 1BCD 0900 Plenary 5: Principles of Morphogenesis A hot finger buffet will be served in Hall 1BCD. Hall 1A Delegates can use provided drink tokens 1100 Tea Break Poster Prize supplied by MDPI-Plants 1130 Concurrent Sessions 10-12 Beyond the transcriptome: Integrated omics networks in Arabidopsis 8:00pm Drinks Reception at Belfast City Hall Hall 1A (Tickets required) Protein post-translational modifications and hormone signaling Hall 2A, Keeping cool in a warming world – the effect of cold on plant development Hall 2B 1300 Lunch Hall 1BCD 1400 Concurrent Sessions 13-15 A tale of dying cell: advances and prospects in plant programmed cell death research Hall 1A Plant Proteostasis: Mechanisms underpinning protein abundance in cells. Hall 2A Novel tools to explore plant cell wall dynamics Hall 2B 1530 Tea Break 12 13 ICAR2O22 ICAR2O22 1600 Workshop Sessions 5-8 Friday June 24th 2022 Arabidopsis Informatics Hall 1A 0900: Concurrent Sessions 16-18 Expanding the universe of small proteins: uncovering Application of long read sequencing to Arabidopsis the roles of smORFs, microProteins and SSPs in plant genomics and genetics biology Hall 2A Hall 1A Advanced Plant Mineral Nutrition and Standing on the shoulders of Arabidopsis: Phytoremediation success stories of application Hall 2A Hall 2B Cell surface signalling - receptor kinases and their ligands Plant Orphan Genes Hall 2B Chaired Online. Broadcast in Meeting Room 1 1030 Tea Break 1800 Entry to Titanic Museum Exhibition (Tickets required) 1100 Concurrent Sessions 19-21 1900 Conference Dinner at Titanic Museum (Tickets required) Circadian Biology Hall 1A Translational Regulation of Gene Expression Hall 2A Watching biochemistry live - Genetically encoded fluorescent sensors in plants Hall 2B 1230 Lunch Hall 1BCD 1330 Plenary 6: Photobiology and Optogenetics. Hall 1A 14 15 ICAR2O22 ICAR2O22 1530 Keynote 3 Hall 1A Keynote 1: June 20th 1605-1650 Keiki Torii (University of Texas, Austin) 1615: Closing Ceremony and introduction of ICAR2023 Caroline Dean, John Innes Centre Hall 1A Extracting seasonal information from noisy temperature cues In-Person Keynote 2: June 20th 1650-1735 Liam Dolan, Gregor Mendel Institute, Austria Development and evolution of the land plant- soil interface In-Person Keynote 3: June 24th 1530-1615 Keiko Torii, University of Texas, USA Breaking the Silence: How to make small plant mouths that support our sustenance Keynote sessions supported by RIKEN In-Person 16 17 ICAR2O22 ICAR2O22 June 21st 0900- 1100 June 21st 1130- 1330 Plenary 1: Robustness in Genetic Networks Plenary 2: Epigenetics and Chromatin Biology Chair: Claus Schwechheimer, Technical University of Munich, Germany Chair: Steven Spoel, University of Edinburgh, UK 0900-0930 Siobhan Brady University of California Davis, USA 1130-1200 Yannick Jacob Novelty and Repurposing in Barrier Cell Types Yale University, USA In-Person A silent passenger no more: The H3.1 variant maintains genomic stability during replication 0930-1000 Peter Etchells In-Person Durham University, UK For wood measure: An Arabidopsis vascular 1200-1230 Sara Farrona development network University of Galway, Ireland In-Person Novel interactors of the polycomb group (PcG) pathway and their role in plant development 1000-1030 Alex Leydon In-Person University of Washington, USA Re-engineering repression: using synthetic 1230-1300 Chang Liu biology to understand and redesign plant form University of Hohenheim, Germany In-Person The plant nuclear lamina and its associated chromatin respond to environmental cues 1030-1045 Claus Schwechheimer Online Technical University of Munich, Germany Similar but not the same: Functional 1300-1315 Ioanna Kakoulidou conservation and diversification of AGC1 Technical University of Munich, Germany kinases from Arabidopsis thaliana Parental pericentromeric methylation status drives In-Person methylome remodeling and heterosis in Arabidopsis hybrids 1045-1100 Poonam Mehra In-Person University of Nottingham, UK Xerobranching: Discovering the mechanisms of root branching 1315-1330 Charles Seller under heterogenous water availability University of California San Diego, USA In-Person Cell-type specific epigenomics reveals abscisic acid (ABA)- triggered genome-wide chromatin remodeling In-Person 18 19 ICAR2O22 ICAR2O22 June 22th 0900-1100 June 22th 1400-1600 Plenary 3: From Models to Plenary 4: The Dynamic Crops Proteome Supported by RIKEN Supported by the New Phytologist Foundation Chair: Yoselin Benitez-Alfonso, Chair: Daniel Gibbs, University of Birmingham, UK University of Leeds, UK 1400-1430 Emmanuelle Graciet Maynooth University, Ireland 0900-0930 Julie Gray Protein degradation via the N-degron pathway: A nexus Engineering Stomatal Development between different stress responses in plants? University of Sheffield, UK In Person In-Person 1430-1500 Francesco Licausi 0930-1000 Taku Demura University of Oxford, UK Nara Institute of Science and Technology, Japan Oxygen-dependent proteolysis as a conserved Evolutionary conservation of VNS-based transcriptional mechanism for hypoxia sensing in eukaryotes regulatory network for water-conducting and support cells In-Person in land plant species In-Person 1500-1530 Qi Xie Chinese Academy of Science, Institute of Genetics and 1000-1030 Kathleen Greenham Developmental Biology, China University of Minnesota, USA Homeostasis of ubiquitination precisely regulates the Time of day informs transcriptional and physiological ABA perception responses to abiotic stress in Brassica crops Online In-Person 1530-1545 Suayib Üstün 1030-1045 David Seung University of Tübinge, Germany John Innes Centre, UK An ARF-GEF at the nexus of plant nutrient signaling, Understanding and Improving Starch Synthesis in development and autophagy Cereals Using Lessons from Arabidopsis In Person In-Person 1545-1600 Ziming Zhong 1045-1100 Carin Ragland University College London, UK Stanford University, USA What controls protein abundance? A case study using Bt, or not Bt? Root cap development, cell wall two de novo assembled Arabidopsis thaliana genomes composition, & exudation as Bacillus thuringiensis and their multi-omics data selection factors In Person In-Person 20 21 ICAR2O22 ICAR2O22 June 23rd 0900- 1100 June 24th 1330- 1530 Plenary 5: Principles of Morphogenesis Plenary 6: Photobiology and Optogenetics. Chair: Jim Murray, Cardiff University, UK Chairs: Paige Panter and Estee Tee, John Innes Centre, UK 1330-1400 John Christie 0900-0930 George Bassel University of Glasgow, UK University of Warwick, UK Phototropin light switches: from directional growth to Quantitative analysis of multicellular complexity within plant optogenetics and across plant organs In-Person In-Person 1400-1430 Charlotte Gommers 0930-1000 Adrienne Roeder Wageningen University, Netherlands Cornell University, USA Seedling establishment under stress: A signalling role for Mechanisms generating robustness in the morphogenesis chloroplasts (?) of Arabidopsis In-Person In-Person 1430-1500 Hongtao Liu 1000-1030 Eilon Shani Chinese Academy of Sciences Shanghai, China Tel Aviv University, Israel CRY2 interacts with CIS1 to regulate alternative splicing Developing genomic tools to reveal hidden transport and thermosensory flowering mechanisms in gibberellin homeostasis Online In-Person 1500-1515 Sandra Fonseca 1030-1045 Angharad Jones National Center for Biotechnology, CNB-CSIC, Spain Cardiff University, UK DET1 regulation of COP1 and HY5 activity controls Regulation of the Robustness and Plasticity in Cell Size in plant photomorphogenesis the Stomatal Lineage through Symmetric and In-Person Asymmetric Divisions In-Person 1515-1530 Stephen Deslauriers University of Minnesota Morris USA 1045-1100 Nina Freimuth High-resolution imaging as a tool for studying University of Potsdam, Germany photomorphogenesis A novel, post-transcriptionally regulated suppressor of In-Person Arabidopsis root hair formation In-Person 22 23 ICAR2O22 ICAR2O22 June 21st 1430-1600 June 21st 1430-1600 Concurrent 1: Concurrent 2: Phase Separation in Plants Plant Logic Supported by The Plant Cell Supported by CEM-UK Chairs: Xiaofeng Fang, Miao Yansong Chairs: Nicola Patron; Jennifer Nemhauser; Anna Stepanova Tsinghua University, China; Nanyang Technological University, Singapore Earlham Institute, UK; University of Washington, USA; North Carolina State University, USA Emilio Gutierrez-Beltram, Universidad de Sevilla-CSIC, Spain TSN-induced activation of SnRK1 links stress granules assembly with the energy status Anna Stepanova, North Carolina State University, USA of the plant cells Tailoring gene expression in plants using CRISPR-based logic gates In-Person Online Monika Chodasiewicz, KAUST, Saudi Arabia Eric Yang, University of Washington, USA Stress Granule as component of abiotic stress signaling Engineering logic with native constitutive promoters In-Person In-Person Shengbo He, South China Agricultural University, China Sam Witham, Earlham Institute, UK Chromatin Compartmentalization by Phase Separation of Histone Variants Elucidating an Arabidopsis N-responsive gene regulatory network Online In-Person Geng-Jen Jang, John Innes Centre, UK Elena Moreno Giménez, Instituto de Biología Molecular y Celular de Plantas, Spain RNA-binding activity of FCA promotes biomolecular condensate formation important dCas9-regulated synthetic promoters for fine-tuned recombinant gene expression in for polyadenylation plants In-Person In-Person Xiaofeng Fang, Tsinghua University, China Edith Pierre-Jerome, Duke University, USA The plant transcriptional adaptor SEUSS is an osmotic sensor Build It to Understand It: Synthetic Regulation of Plant Development Online In-Person Miao Yansong, Nanyang Technological University, Singapore Phase separation regulates immune signaling at the host-pathogen interface In-Person 24 25 ICAR2O22 ICAR2O22 June 21st 1430-1600 June 22nd 1130-1300 Concurrent 3: Concurrent 4: Internal and external regulation of development Arabidopsis as a model for adaptive evolution and global change genomics Chairs: Stuart Casson, Lisa Smith University of Sheffield, UK Chairs: Yalong Guo; Moises Exposito-Alonso Hiroyuki Koga, University of Tokyo, Japan Institute of Botany, Chinese Academy of Sciences, China; Carnegie Department of Shapeshifting in the leaf of an amphibious plant Callitriche palustris Plant Biology, Stanford University, USA Online Suresh Balasubramanian, Monash University, Australia Julia Santiago, University of Lausanne, Switzerland Thermal response to splicing code via GWAS The LRR receptors HSL1 and BAM1/2 impact epidermal cell patterning by sensing distinct Online signaling peptides. Online Moises Exposito-Alonso, Carnegie Institution for Science, Stanford, USA Using Arabidopsis to understand adaptation and extinction at global scales: From Pablo González-Suárez, University of Leeds, UK macroecology to evolutionary genomics, and back The clock is ticking: FLOWERING LOCUS T as a general photo-thermal timekeeper for life- In-Person history transitions In-Person Benjamin Jaegle, Gregor Mendel Institute, Austria Margot Smit, Stanford University, USA Extensive gene duplication in Arabidopsis revealed by pseudo-heterozygosity Stomatal pre-patterning in the embryo occurs gradually and is required for post-embryonic In-Person stomatal development In-Person Patricia Lang, Stanford University, USA Predicting stomata variation over 200 years of climate change Shri Ram Yadav, Indian Institute of Technology Roorkee, India Online Species-specific function of conserved cell fate determinants in orchestrating rice root architecture Ya-Long Guo, State Key Laboratory of Systematic and Evolutionary Botany, In-Person Chinese Academy of Science, China Transposable elements contributes to the adaptive evolution of Arabidopsis relatives Jayne Griffiths, Sainsbury Laboratory Cambridge University, UK Cellular gibberellin distributions linking Arabidopsis hypocotyl morphology to the light Online environment In-Person Lisa Smith, University of Sheffield, UK Receptor-like kinases HERK1 and ANJ function in pollen tube reception In-Person 26 27 ICAR2O22 ICAR2O22 June 22nd 1130-1300 June 22nd 1130-1300 Concurrent 5: Concurrent 6: Arabidopsis small RNAs Interactions between nutrient and hormone signalling pathways Chair: Keith Slotkin Donald Danforth Plant Science Center, USA Supported MDPI-Plants Keith Slotkin, Donald Danforth Plant Science Center, USA Chairs: Francois Barbier; Christoph Weiste Arabidopsis Small RNA Pathways and Functions University of Queensland, Australia; Julius-Maximilians Universität Würzburg, Germany In-Person Julie Law, Salk Institute La Jolla, USA Francois Barbier, Christoph Weiste, University of Queensland, Julius-Maximilians Universität Würzburg A CLASSY way to control the epigenome The SnRK1-C/S1 bZIP network interferes with hormone signalling pathways to modulate plant In-Person architecture In-Person German Martinez, Swedish Agricultural Institute, Sweden Understanding the role of small RNAs in the orchestration of the epigenetic, Benoit Lacombe, Institute for Plant Sciences of Montpellier, France Inclusive nutrition approaches to increase nutrient use efficiency in plants transcriptional and translational landscape during the maturation of pollen In-Person In-Person Ashverya Laxmi, National Institute of Plant Genome Research, India Mingli Xu, University of South Carolina, USA Jasmonic Acid in concert with light and glucose signalling regulates lateral root branching angle in Epigenetic Regulation of Juvenile to Adult Phase Transition Arabidopsis thaliana seedlings Online In-Person Hideki Takahashi, Michigan State University, USA Ortrun Mittelsten Scheid, Gregor Mendel Institute, Austria Nitrogen-responsive CLE peptide signaling module controls auxin transport mechanisms regulating Shoot apical meristem and germline: stage of defense against genomic parasites root gravitropism In-Person Online Yan Xiong. Fujian Agriculture and Forestry University, China TOR Kinase, A GPS in Plant Nutrient and Hormonal Signaling Networks Online Marion Thomas, Institute for Plant Sciences of Montpellier, France The agravitropic phenotype of pin2 mutants is conditional and demonstrates an effect of nutrients on auxin transport In-Person Gozde Demirer, University of California Davis, USA Conservation and repurposing of nutrient signaling between Arabidopsis and tomato In-Person: 28 29 ICAR2O22 ICAR2O22 June 22nd 1630-1800 June 22nd 1630-1800 Concurrent 7: Concurrent 8: Systems Biology of Plant-Pathogens Interactions Protoplast and Single Cell Biology Chairs: Shahid Mukhtar; Katherine Denby University of Alabama Birmingham, USA; University of York, UK Supported by the New Phytologist Foundation Shahid Mukhtar, University of Alabama Birmingham, USA Chairs: Yuling Jiao, Keiko Sugimoto Deep learning approaches discovered novel Nitrogen-related genes involved in plant- Peking University, China; RIKEN Center for Sustainable Resource Science, Japan pathogen interactions In-Person Jia-Wei Wang, Chinese Academy of Sciences, China The Marchantia polymorpha thallus cell atlas Sophie Johnson, The Sainsbury Laboratory Norwich, USA Online Shining a light on the “black box” of Arabidopsis intracellular immune signalling: A quantitative proteomics approach Ross Sozzani, North Carolina State University, USA In-Person Establishing a reproducible approach for the controllable deposition and maintenance of plants cells with 3D bioprinting Kenichi Tsuda, Huazhong Agriculture University, Wuhan, China In-Person Co-transcriptome landscapes of plants and bacteria Online Yuki Sakamoto, University of Tokyo, Japan Developmental reprogramming of Arabidopsis mesophyll protoplasts Harry Pink, University of York, UK Online Integrating transcriptomic datasets using gene regulatory network analysis predicts cross-species defence regulators Elif Gediz Kocaoglan, Imperial College London, UK In-Person Synthetic biology toolkit for protoplast-based plant cell biology In-Person Karolina Brzezinska, University of Edinburgh, UK Mathew Lewsey, La Trobe Institute for Agriculture and Food, Australia Ubiquitination as a key regulator of immunity across plant species Gene regulatory dynamics of germinating seeds from bulk tissue to single-cell resolution In-Person In-Person Darrell Desveaux, University of Toronto, Canada Pawel Roszak, The Sainsbury Laboratory University of Cambridge, UK Systems-level probes of the plant-pathogen interface Phloem development at the single-cell resolution. Online In-Person Rachel Shahan, Duke University, USA A single-cell Arabidopsis root atlas reveals developmental trajectories in wild type and cell identity mutants In-Person 30 31 ICAR2O22 ICAR2O22 June 22nd 1630-1800 June 23rd 1130-1300 Concurrent 9: Concurrent 10: The Next Big Idea: NBI2022 Beyond the transcriptome: Integrated omics networks in Arabidopsis Supported by Intact Genomics Chairs: Natalie Clark; Margot Smit and Trends in Plant Science Iowa State University, USA; Stanford University, USA Carol Huang, New York University, USA Chairs: Patricia Baldrich; Ryan DelPercio Double DAP-seq reveals novel motifs and regulatory rules for bZIP dimers Donald Danforth Center, USA Online Marina Silvestre, Université Laval (Canada) Dior Kelley, Iowa State University, USA Saving fries: How to keep canola healthy Temporal and spatial auxin responsive networks in maize primary roots In-Person Online Rhys Woodfin, CNAP at the University of York (UK) Defusing an explosive problem with plant biology Jhon Venegas-Molina, University of Ghent, Belgium In-Person Discovering novel players in jasmonate signalling through limited proteolysis-coupled mass spectrometry Joke De Jaeger-Braet, Universität Hamburg, Germany In-Person Why plants need scientists to survive climate change In-Person Lisa Van den Broeck, North Carolina State University, USA Inferring phosphorylation cascades upon heat stress in Arabidopsis through Inés Hidalgo Prados, COS, Heidelberg, Germany computational biology Plant stem cells: to differentiate or not to differentiate? In-Person In-Person Alyssa Pirinelli, University of Minesota-Morris, USA Aditi Dwivedi, National Institute of Plant Genome Research, India LEGOs and Science: Putting Together Little Thngs to Hopefully Build Bigger Futures Integrated transcriptomic analysis unveils novel transcription factors and gene- In-Person regulatory networks for environmental signalling across evolutionarily different plant species Nasim Farahani Zayas, University of Lausanne, Switzerland Online And what about the root surface? In-Person Ethan Redmond, University of York, UK RNA sequencing of a large population of wild type plants reveals why identical plants flower at different times In-Person 32 33 ICAR2O22 ICAR2O22 June 23rd 1130-1300 June 23rd 1130-1300 Concurrent 11: Concurrent 12: Protein post-translational modifications and Keeping cool in a warming world – the effect of cold hormone signaling on plant development Chairs: Beatriz Orosa; Michael Skelly; Mark Bailey Supported by Conviron University of Edinburgh, UK; Rothamsted Research, UK Chairs: Rea Antoniou-Kourounioti; Jo Hepworth; Julia Questa Lucia Strader, Duke University, USA University of Glasgow, UK; John Innes Centre, UK; Cragenomica, Spain Regulation of AUXIN RESPONSE FACTOR condensation In-Person Hiroshi Kudoh, Kyoto University, Japan In natura study of leaf longevity: Distinctive controls between growing and Mika Nomoto, Nagoya University, Japan overwintering seasons Salicylic acid-induced immune cofactor NPR1 directly represses MYC transcription Online activators in jasmonate signaling In-Person Shuhua Yang, Chinese Agricultural University, China Cold signalling regulated by phosphorylation in Arabidopsis Agata Cieśla, Adam Mickiewicz University, Poland Online ACS7 undergoes complex regulation by posttranslational modifications In-Person Heather Knight, University of Durham, UK Investigating the Role of the Cell Wall in Plant Freezing Tolerance Markus Draeger, The Sainsbury Laboratory Norwich, UK In-Person Negative immune regulation by MKKK7 is associated with positive regulation of growth Sonal Yadav, IISER Mohali, India In-Person The transcription factor NAC062/NTL6 influences shoot growth by regulating cytokinin signal homeostasis Michael Guzmán, University of California Riverside, USA In-Person TARGETS OF KUF1 (TOKs) positively regulate karrikin and KAI2 ligand metabolism in plants In-Person 34 35 ICAR2O22 ICAR2O22 June 23rd 1400-1530 June 23rd 1400-1530 Concurrent 13: Concurrent 14: A tale of dying cell: advances and prospects in plant Plant Proteostasis: Mechanisms underpinning programmed cell death research protein abundance in cells. Chair: Joanna Kacprzyk Supported by Agrisera AB University College Dublin, Ireland Chair: Ari Sadanandom Patrick Galllois, University of Manchester, UK Durham University, UK Proteases Involved in the Regulation of PCD Induced by Endoplasmic Reticulum Stress Subhra Chakraborty, National Institute for Plant Genome Research, India In-Person System Level Understanding of Organeller Control of Multihost Resistance in Fungal Disease Rory Burke, University College Dublin, Ireland In-Person Death by transcription: RNA-Seq identifies novel regulators of programmed cell death in Arabidopsis Marco Trujillo, University of Freiburg, Germany In-Person Ubiquitin signalling in immunity and vesicle trafficking In-Person Johanna Schwarze, University College Dublin, Ireland Life-death transition: Using proteomics to study the role of the mitochondrion in the Pascal Genschik, University of Strasbourg, France initiation of plant programmed cell death The Arabidopsis F-box protein FBW2 targets AGO1 for degradation to avoid spurious In-Person loading of illegitimate small RNA In-Person Karolina Mukhtar, University of Alabama at Birmingham, USA The ER Stress–pH Nexus in the regulation of cell death in Arabidopsis Freddie Theodolou, Rothamsted Research, UK In-Person Roles of the Arabidopsis UBR box protein, BIG, in proteostasis In-Person Pallabi Thakur, National Institute of Plant Genome Research, India Mediator subunit MED14 plays a crucial role in the regulation of ROS triggered DNA Ping He, Texas A+M University, USA damage in Arabidopsis root Dynamic proteostasis regulation in malectin-like receptor kinase-mediated activation In-Person of an NLR immune receptor In-Person 36 37 ICAR2O22 ICAR2O22 June 23rd 1400-1530 June 24th 0900-1030 Concurrent 15: Concurrent 16: Novel tools to explore plant cell wall Expanding the universe of small proteins: dynamics uncovering the roles of smORFs, microProteins and SSPs in plant biology Supported by Plant Molecular Biology Chairs: Stephen Wenkel; Igor Fensenko Chairs: Laura Bacete; Luis Alonso Copenhagen University, Denmarl; Russia Academy of Sciences, Russia Norwegian University of Science and Technology, Norway Prabodh Trivedi, CSIR-CIMAP Lucknow, India Anja Geitmann, McGill University, Canada Regulatory network comprising small peptides plays bigger role in plant growth and development Detecting material heterogeneities governing cellular morphogenesis Online Online Igor Fesenko, IBCH RAS, RUSSIA Kareem Elsayad, Vienna Biocenter, Austria The function of microproteins encoded by long non-coding RNAs in plants Imaging the anisotropy in the high-frequency viscoelasticity of cell walls Online In-Person Stephan Wenkel, University of Copenhagen, Denmark Alice Malivert, Université de Lyon, France Identification and characterization of microProteins Why plant cells do not pop like soap bubbles? In-Person In-Person Deeksha Singh, Indian Institute of Science Education and Research (IISER) Hugo Mélida, Universidad de León, León, Spain Two light responsive BBX proteins regulate ABA-mediated early seedling development In-Person Arabidopsis glycan-triggered immunity: Novel glucan-based molecular patterns In-Person Ubaid Midhat, The Sainsbury lab Cambridge University, UK Rewiring of stomatal patterning by a small microbial protein Yoselin Benitez-Alfonso, University of Leeds, UK In-Person Targeting Plasmodesmata cell walls for improving plant resilience to nutrient and water stress Ashleigh Edwards, University of Copenhagen, Denmark In-Person A role for microProteins in the shade avoidance response In-Person Tie Liu, University of Florida, USA Identify the function of an orphan gene that genetically interacted with SHOOTMERISTEMLESS (STM) and CLV3 during shoot and inflorescence meristem development In-Person 38 39 ICAR2O22 ICAR2O22 June 24th 0900-1030 June 24th 0900-1030 Concurrent 17: Concurrent 18: Advanced Plant Mineral Nutrition and Cell surface signalling - receptor kinases and their Phytoremediation ligands Chairs: Emre Aksoy; Hatem Rouached, Chairs: Jack Rhodes; Elwira Smakowska-Luzan Middle East Technical University, Turkey; Michigan State University, USA The Sainsbury Laboratorym Norwich, UK; Wageningen University, Netherlands Christian Dubos, INRAE Montpellier, France Jian-min Zhou, Center for Genome Biology, Chinese Academy of Sciences, China Deciphering the role of coumarins in plant iron nutrition Understanding immune receptors and defense metabolites in anti-bacterial immunity In-Person Online Hatem Rouached, Michigan State University, USA Christian Hardke, University of Lausanne, Switzerland Discovery of a new pathway that connects iron deficiency and photosynthesis through Receptor kinase pathway junctions in phloem development systems biology approaches In-Person In-Person Libo Shan, Texas A+M University, USA Noah Kürtös, Max Planck Institute for Plant Breeding Research Cologne, Germany Phytocytokine signaling counteracts stomatal closure in plant immunity and water loss Capturing tissue-specific responses to (a)biotic nitrogen signals in the root of In-Person Arabidopsis thaliana In-Person Florian Schwank, University of Zürich, Switzerland Substrate mapping for the central immune kinase BIK1 identifies novel components of Pallavi Vetal, University of Lausanne, Switzerland plant immunity Investigating post-translational control and trafficking of Arabidopsis PHOSPHATE1 In-Person (AtPHO1) In-Person Jack Rhodes, The Sainsbury Laboratory Norwich, UK Perception of a conserved family of plant signalling peptides by the receptor kinase David Mendoza-Cozatl, University of Missouri, USA HSL3 The role of iron-sulfur clusters in iron sensing and leaf-specific iron deficiency In-Person responses In-Person Elwira Smakowsk-Luzan, Wageningen University, Netherlands The role of Cysteine-Rich Receptors in extracellular ROS perception Seçkin Eroğlu, Middle East Technical University, Turkey In-Person Iron is involved in ROS production to aid germination of Arabidopsis seeds In-Person 40 41 ICAR2O22 ICAR2O22 June 24th 1100-1230 June 24th 1100-1230 Concurrent 19: Concurrent 20: Circadian Biology Translational Regulation of Gene Expression Chair: Catharina Merchante University of Malaga Supported by Aralab and the Yale Plant Catharina Merchante, University of Malaga, Spain Molecular Biology Prgram Translational regulation of plant developmental and environmental responses In-Person Chair: Seth Davis Lyuba Ryabova, Université de Strasbourg, France University of York, UK Target of Rapamycin (TOR) regulates cap-dependent translation initiation via novel eIF4E-binding translational repressors in plants Christopher Buckley, University of Melbourne, Australia In-Person A polymorphism in EARLY FLOWERING 3 is associated with natural variation for circadian period in Arabidopsis and highly seasonal climates Polly Hsu, Michigan State University, USA In-Person Translation of upstream open reading frames does not trigger nonsense-mediated decay in Arabidopsis Sarah Lock, University of York, UK Online Selection for synchronised development using timeseries properties of the circadian clock Amir Mahboubi, Umeå Plant Science Centre, Sweden In-Person Target of rapamycin mediates translational and metabolic changes in Arabidopsis cell culture Joshua Gendron, Yale University, USA In-Person Identification of gene networks underlying photoperiodic growth in Arabidopsis In-Person Neha Shukla, CEITEC, Czech Republic Diploid to haploid transition in Arabidopsis is driven by P-body mediated inhibition of Ilha Lee, Seoul National University, South Korea translation The Mechanism How Circadian Clock Activates VIN3 Transcription during In-Person Vernalization In-Person Paige Panter, John Innes Centre, UK Temporal gating of the cold-responsive transcriptome in nature In-Person 42 43 ICAR2O22 ICAR2O22 June 24th 1100-1230 Concurrent 21: Watching biochemistry live - Genetically encoded fluorescent sensors in plants Chair: Cheng-Hsun Ho, Academia Sinica, Singapore Wolf B.Frommer, Institute for Molecular Physiology Heinrich-Heine-Universität Düsseldorf, Germany Quantitative imaging of ions and metabolites with Matryoshka sensors in pathogenic bacteria and plants Online Aoife Hughes, John Innes Centre, UK Modelling cell-to-cell transport through computational simulations Online Boon Leong Lim, Hong Kong University, China In planta energy sensors for plant cell studies In-Person Cheng-Hsun Ho, Academia Sinica, Taiwan A novel tool to visualization of the dynamic of action of uptake and distribution in planta In-Person Alexander Jones, Sainsbury lab Cambridge University, UK Bringing into focus the cellular dynamics of plant hormones using fluorescent biosensors and precision genetics In-Person Shir Ben Yaakov, Tel Aviv University, Israel mTACT: Cell-type-specific transportome-scale amiRNA toolbox to overcome functional redundancy in Arabidopsis In-Person Diana Santelia, ETH Zurich, Switzerland Combining fluorescent protein sensing with analytical imaging provides novel insights into guard cell starch metabolism In-Person 44 45 ICAR2O22 ICAR2O22 June 21st 1630-1800 June 21st 1630-1800 is holding an interactive workshop at ICAR 2022 to engage in community discussions Workshop 1: that focus on using Arabidopsis as a tool for research, training, and teaching; and for community engagement and support. IN PLANTA: INclusive Practices Leveraging The following are a list of planned discussion topics; final workshop topics will be based on the interest of participants and ability to secure facilitators: (1) Arabidopsis Arabidopsis as a Nexus for Training & as a tool for research, teaching and training; (2) Career opportunities & trade- Application offs: how to prioritize?; (3) Making mentorship successful; (4) Acting as an ally; (5) Outreach and connections with diverse academic institutions; (6) Developing community cohorts and networks for personal and professional success; and (7) Developing more inclusive conferences. Supported by the North American Arabidopsis Steering Committee Discussion groups will be facilitated and will include consideration of these questions among others: What features of specifically Arabidopsis make it particularly well- suited to improve inclusiveness? What strengths can we leverage? Are there ways In-person session organizers: Cris Argueso (NAASC, for the community to provide input to NAASC in the future, to help shape NAASC Colorado State University), Joanna Friesner (NAASC), community-supportive activities? Adrienne Roeder (NAASC, Cornell University) & R. Keith Expected outcomes: a written workshop summary will be provided post-ICAR via Slotkin (NAASC, Danforth Center, University of Missouri- the NAASC webpage. NAASC will consider this input when planning future grant proposals to support community priorities and ICAR 2024, the next scheduled North Columbia). American ICAR. There will be opportunities for continued future engagement on these and other community-supportive topics including by those unable to attend this Virtual session organizers: Dior Kelley (NAASC, Iowa State session. University) & Jennifer Nemhauser, (NAASC, University of Virtual session Washington, Seattle) Jennifer Nemhauser and Dior Kelley will lead a virtual/online Zoom workshop for registered virtual ICAR participants. The online workshop will be held on the same Research and training using Arabidopsis have been vital to the success of day & time as the in-person workshop (Tuesday, 21 June; 8:30-11 am Pacific time, plant science for decades due in large part to the vast community of researchers, US/Canada; 11:30 am-1 pm Eastern time, US/Canada). To express your interest in resources, datasets, and techniques generated by the plant science community that have the online workshop and to receive the zoom link from the organizers (by ~ a week been extensively used. To ensure that Arabidopsis continues to be valuable to science prior to the call) please and add your name & email address to this form: https:// and society, a robust, self-renewing community is necessary. To accomplish this, we www.surveymonkey.com/r/T6CC7QN) Any questions can be sent to NAASC at must prioritize activities that are inclusive and will support a diverse community, and [email protected] that highlight the utility of Arabidopsis tools, techniques, education, and resources to research and training. The North American Arabidopsis Steering Committee (NAASC) 46 47 ICAR2O22 ICAR2O22 June 21st 1630-1800 June 21st 1630-1800 Workshop 2: Workshop 3: Novel tools in plant biology and bioengineering Navigating the Nagoya protocol. Access and benefit Chairs: Gozde Demirer; Eilon Shani sharing rights and digital sequence information: University of California, Davis, USA; Tel Aviv University, how they impact the Arabidopsis research Israel Supported by the Global Plant Council and All In-Person presentations Frontiers in Plant Science Matyáš Fendrych, Charles University, Czech Republic Chair: Ros Gleadow, Monash University, Australia Visualization of auxin responses in Arabidopsis thaliana roots Elif Gediz Kocaoglan, Imperial College London, UK MAPS: Mobius Assembly for Plant Systems. Invited speaker: Rodrigo Sara (Lawyer & Tech- Tim Horn, North Carolina State University, USA 3D bioprinting with plant cells. Transfer Consultant at One Planet Solutions) Alexander Leydon, University of Washington, USA Followed by discussion session led by GPC members The GA-biosynthesis pathway re-programming using hormone-activated Cas9-based repressors. Alice Baillie, University of Bristol, UK A FACS-Based Method for Plant Vesicle Isolation 48 49 ICAR2O22 ICAR2O22 June 21st 1630-1800 June 23rd 1600-1730 Workshop 4: Workshop 5: Plant Epigenetics and Chromatin Dynamics Arabidopsis Informatics Chairs: Bob Schmitz; Xuehua Zhong Supported by TAIR University of Georgia; University of Wisconsin Chairs: Tanya Berardini; Nicholas Provart Phoenix Bioinformatics, USA; University of Toronto, Canada Julia Questa, Cragenomica, Spain Epigenome dynamics underlying the seed-to-seedling transition in Arabidopsis All In-Person Presenters In-Person Tanya Berardini, Phoenix Bioinformatics, USA Mary Gehring, Whitehead Institute, MIT TAIR Update Regulation and function of DNA demethylation in Arabidopsis Online Nicholas Provart, University of Toronto, Canada Jixian Zhai, Southern University of Science and Technology, China BAR Update Online Camilla Ferrari, VIB-UGent Center for Plant Systems Biology Rodrigo Gutiérrez, Pontificia Universidad Católica de Chile Spatiotemporal MINI-EX: Integrative inference of single-cell gene regulatory networks analysis of the root nitrate response in plants In-person Arthur Korte, University Würzburg Courtney Willet, Emory University, USA AraGWAS Update Measuring nucleosome turnover in Arabidopsis thaliana to understand the relationship between chromatin dynamics and cell potency Ziming Zhong/Yong-In Kim, UCL, University of Cambridge, UK In-person What controls protein abundance? A case study using two de novo Travis Wrightsman, Cornell University assembled Arabidopsis thaliana genomes and their multi-omics data Modeling chromatin state from sequence across angiosperms using recurrent convolutional neural networks Runxuan Zhang, James Hutton Institute, UK In-person A high-resolution single molecule sequencing- based Arabidopsis transcriptome using novel methods of Iso-seq analysis 50 51 ICAR2O22 ICAR2O22 June 23rd 1600-1730 June 23rd 1600-1730 Workshop 6: Workshop 7: Application of long read sequencing to Arabidopsis Standing on the shoulders of Arabidopsis: success genomics and genetics stories of application Supported by PCR Biosystems Chairs: Javier Brumos; Kaisa Kajala Chair: Fernando Rabanal Polytechnic University of Valencia, Spain; Utrecht University, Max Planck Institute for Biology Tübingen, Germany Netherlands Richard Mott, University College London, UK Anne Osbourn, John Innes Centre, UK GWAS on a pangenome Online In-person Thomas B. Jacobs. VIB-UGent, Belgium Jixian Zhai, Southern University of Science and Technology, China Gearing up for in planta CRISPR screens An atlas of plant full-length RNA reveals tissue-specific and monocots-dicots conserved regulation of poly(A) tail length In-Person Online Pilar Cubas, Spanish National Research Council, Spain Fernando Rabanal, Max Planck Institute for Biology Tübingen, Germany Spatial control of potato tuberization by the TCP The evolution of long read sequencing: from the Arabidopsis pangenome to transcription factor BRANCHED1b its pancentromere In-Person In-person Keith Slotkin, Donald Danforth Plant Science Center, USA Tom Bennett, University of Leeds, UK Long-Read Transcriptome Annotation Enables High Resolution In-Person Transposable Element Bioinformatics In-person 52 53 ICAR2O22 ICAR2O22 June 23rd 1600-1730 June 20th 1735-1830 Workshop 8: Community Resources Session Plant Orphan Genes Chaired Online Mary Williams ROOT&SHOOT Project Broadcast at the ICAR2022 Venue (Meeting Room 1). Sarah Black Chair: Ling Li, Mississippi State University, USA Plantae 2.0 https://msstate.webex.com/msstate/j. php?MTID=mf257777007a423336a40a7d6a0ad8efd Ros Gleadow Thursday, Jun 23, 2022 9:50 am | 2 hours | (UTC-05:00) Global Plant Council Meeting number: 2623 472 5607, Password: MFviEtYN258 Tanya Berardini Ling Li, Mississippi State University, USA CRISPR/Cas9-based editing of OsNF-YC4/GmNF-YC4 promoter yields Phoenix Bioinformatics high-protein crops Nicholas Provart Michelle (Hongqing) Guo, Iowa State University, USA Bio-Analytic Resource for Plant Biology Integrated omics reveal novel functions and underlying mechanisms of FERONIA receptor kinases Marcos Castellanos-Uribe Huy Cuong Tran, Lund University, Sweden Nottingham Arabidopsis Stock Centre mTRANs are plant-specific proteins required for mitochondrial translation initiation Mingliang Jiang, Jilin Agricultural Science and Technology College, China Brassica rapa orphan genes widely influence flowering time and stress response 54 55 ICAR2O22: Sponsors ICAR2O22 Lyrata Sponsors Lyrata Sponsors Plenary 1 Speakers 00:00 00:00 00:00 56 57 ICAR2O22: Sponsors ICAR2O22 Arenosa Sponsors Session Sponsors Local Sponsors 58 59 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 1: Epigenetics and 1_P11 CAGLA SONMEZ Epigenetic regulation of genes involved in Chromatin Biology Arabidopsis seed fatty acid synthesis upon heat stress 1_P1 TRAVIS WRIGHTSMAN Modeling chromatin state from 1_P12 LUCIE CRHAK KHAITOVA Heat stress impairs centromere sequence across angiosperms using recurrent convolutional structure and segregation of meiotic chromosomes in Arabidopsis neural networks 1_P13 ADAM HANNAN PARKER Using an estradiol-inducible 1_P2 COURTNEY WILLETT Measuring nucleosome turnover in AtROS1 construct to establish the role of DNA demethylation patterning Arabidopsis thaliana to understand the relationship between chromatin in epigenetically-controlled induced resistance dynamics and cell potency 1_P14 VIVEK HARI SUNDAR GANDHIVEL “Plant Polymerase IV 1_P3 BRIANNA SILVER Optimization of a protocol for combining sensitizes chromatin through histone modifications to preclude spread of isolation of nuclei tagged in specific cell types (INTACT) with single silencing into protein-coding domains” nucleus RNA-seq analysis 1_P15 ELLEN KRALL Understanding Methyl cpg Binding Domain- 1_P4 EUN-DEOK KIM Dynamic chromatin accessibility deploys containing protein 9 (MBD9) Mediated H2A.Z Deposition through heterotypic cis/trans acting factors driving stomatal cell fate commitment CUT&RUN in Arabidopsis thaliana 1_P5 CHRISTOS VELANIS Exploring the diversity of the plant Polycomb Repressive Complex 2 (PRC2) 1_P6 GODWIN JAMES Novel interactors of the polycomb group (PcG) pathway and their role in plant development 1_P7 RORY OSBORNE Regulation of cell expansion-mediated growth by the hypoxia responsive PRC2 subunit VRN2 1_P8 THELMA F MADZIMA RNA-directed DNA methylation (RdDM)-mediated transcriptional responses to abiotic stress in Zea mays 1_P9 JIXIAN ZHAI Tissue-specific and evolutionarily-conserved regulation of poly(A) tail length in plants 1_P10 RAMAKRISHNA YADALA CAF as a new centromere and kinetochore assembly factor in plants 60 61 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 2: Arabidopsis at the Poster Category 3: Exploring the Dynamic frontier of applied biology Proteome 2_P1 ABRAHAM ONTIVEROS-CISNEROS Plants as biofactories for 3_P1 YONG-IN KIM Accurate proteome measurement for Arabidopsis Iridoid compounds production thaliana 2_P2 ISRAEL MARURI-LOPEZ Liquid-liquid phase separation of 3_P2 GEORGE ALEXANDRU CALDARESCU Comparing two ABA-responsive element binding factors proximity-dependent biotin labelling technologies in plants: TurboID vs AirID 2_P3 ITZELL E HERNANDEZ-SANCHEZ Understanding the specific SGs composition in plants under different types of stress 3_P3 FRANK MENKE Using parallel reaction monitoring to quantify changes in protein phosphorylation in the FLS2 signalling 2_P5 AMICHAI BERMAN Overcoming functional redundancy at network genome-scale level: Constructing multi-targeted CRISPR libraries in tomato 3_P4 MARJORIE GUICHARD Activity dependent interaction networks of a small GTPase 2_P 6 MOTOAKI SEKI Ethanol treatment enhances drought, heat and high-salinity stress tolerance in plants 3_P5 ANNA WEGRZYN From lamellar to cubic structures: Dark- induced changes in thylakoid membranes organization of Arabidopsis 2_P7 KAMILA MURAWSKA-WLODARCZYK Linking the thaliana stn7 mutant soil microbial community and root architecture with Zn and Cd hyperaccumulation in the model species Arabidopsis halleri 3_P6 AMELIE BERNARD Phosphatidylinositol-4-phosphate controls autophagosome formation in Arabidopsis thaliana 2_P8 TOMASZ WLODARCZYK Zinc hyperaccumulation and allocation strategies in metallicolous and non-metallicolous populations 3_P7 ROSS ETHERINGTON Global and substrate-specific protein of Arabidopsis halleri analysis reveals Nt-acetylation-independent targeting of SQE1 by Arabidopsis DOA10-like E3 ligases 3_P8 GABRIELLE RUPP Regulation of plasma membrane localized proteins during PTI integrates local responses to long distance signaling in Arabidopsis thaliana 3_P9 MARIA CIESIELSKA Possible functions of the S2P2 intramembrane protease 62 63 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 4: Systems biology approaches to reveal gene function 4_P1 CHIN-MEI LEE High-throughput screening for interactors of Arabidopsis E3 ubiquitin ligases 4_P2 BILLY TASKER-BROWN A systems approach to understanding cell size control in a multicellular organ, the shoot apical meristem 4_P3 RODRIGO A GUTIÉRREZ Spatiotemporal analysis of the root nitrate response 4_P4 OMER CALDARARU Improving the multi-crop approach for overcoming functional redundancy in plants 4_P5 DAE KWAN KO Transcriptional competition shapes proteotoxic ER stress resolution 4_P6 ERICH GLAWISCHNIG Functional analysis of an 83 kb cytochrome P450 gene cluster 4_P7 RHONDA C MEYER Dynamic QTL action in diverse environments - characterization of cross-conditional consistent growth QTL in Arabidopsis 4_P8 HONGQING GUO Integrated omics reveal novel functions and underlying mechanisms of FERONIA receptor kinase in Arabidopsis thaliana 64 65 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 5: Adaptation to Abiotic 5_P12 NICOLÁS FIGUEROA FUENTEALBA Characterization of ECT Arabidopsis family during stress and stress granules assembly Stimuli 5_P1 KATHARINA W EBEL A new player in lipid homeostasis of 5_P13 JESSIE SWEETMAN UV-B inhibits dark-induced foliar Arabidopsis? The ABC type transporter ABCG7 affects plant response to senescence in Arabidopsis thaliana altered environmental temperatures 5_P14 MATHILDA G A GUSTAVSSON Let the Sunshine In: UV-B 5_P2 MARTIN BATTLE Osmotic stress feeds into the Arabidopsis and stomatal opening circadian system via reduced degradation of clock transcripts 5_P15 KATARZYNA B GIECZEWSKA The dependence of mutants’ 5_P3 ANNALISA JOHN The chloroplastic Fatty-Acid Exporter1 as a tolerance to chill on quantity, composition and physical properties of key player in plant cold tolerance their plastoglobules 5_P4 ORLA SHERWOOD A rapid and affordable method for studying 5_P16 LIXIA PAN The F-box protein SLOW MOTION regulates anoxia responses in Arabidopsis thaliana seedlings hypocotyl growth in Arabidopsis 5_P5 NEREA RUIZ-SOLANÍ The plant metacaspase AtMC1 is involved 5_P17 MARKETA LUKLOVA An integrated multi-omics framework of in protein aggregate formation upon heat stress the planT early response in the cold acclimation process 5_P6 TOMOKI SHUNO Stomatal characteristics of an Arabidopsis 5_P18 MATTHEW A WOODARD Manipulation of heme levels in ecotype with high CO2 sensitivity Arabidopsis thaliana to interrogate the role of chloroplasts in responding to drought stress 5_P7 MADDALENA SALVALAIO Quantitative characterization of root electrotropism in Arabidopsis 5_P19 HELENA KOSSOWSKA Discovery of a novel multiprotein assemblage comprised of Arabidopsis splicing factors with possible 5_P8 VANESSA SCHERER Chloroplast nucleotide homeostasis and function in response to salinity stress interplay with photosynthesis during acclimation 5_P20 AGATA WDOWIAK Ammonium nutrition affects Calcium 5_P9 LYNNE YENUSH MEE31 is a moonlighting protein involved localization in Arabidopsis in GDP-D-mannose biosynthesis and KAT1 potassium channel regulation 5_P21 MICHAELA KAMENIAROVA Cold-light interaction in 5_P10 NURIA ANDRÉS-COLÁS Study of a VAP-type protein as a Arabidopsis cold acclimation: Ontogenic and phyllotactic perspective possible regulator of the KAT1 potassium channel in Arabidopsis thaliana 5_P22 TEREZA MIKSTEINOVÁ Interaction of gibberellin and 5_P11 JULIAN ADAMS The role of phytochrome photoreceptors in abscisic acid signaling and blue light in the response to water restriction regulating plant responses to temperature 66 67 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 5: Adaptation to Abiotic 5_P35 DAVID SOMERS Investigation Into PRR7 Turnover Factors in Stimuli the Arabidopsis Clock 5_P23 PABLO D JENIK The ASIL genes may be involved in 5_P36 KISHWAR JAHAN SHETHI How does elevated CO2 regulate responses to osmotic stress in Arabidopsis stomatal aperture? Is it a balancing act? 5_P24 ZUZANA PLŠKOVÁ Chromatin remodelling during cold 5_P37 TAKATO IMAIZUMI The Day-Length Specific Induction of acclimation Florigen Gene FLOWERING LOCUS T is Controlled by the External Coincidence Mechanism and Phytochrome A-Mediated High-Irradiance 5_P25 FRANCISCO PERCIO Overcoming stress: New insights in cell Response wall biosynthesis regulation 5_P38 PAYEL BHATTACHARJEE Differential radio-sensitivity in 5_P26 PAVEL KERCHEV The SAGA Complex Subunit GENERAL plants: Why is A. thaliana radio-tolerant compared to highly sensitive CONTROL NON-REPRESSED PROTEIN 5 (GCN5) is Redox Sensitive conifers? 5_P28 PEDRO HUMBERTO CASTRO SUMO E3 ligase SIZ1 5_P39 INGMAR TULVA Combined effects of altered stomatal connects sumoylation and reactive oxygen species homeostasis processes density and aperture on Arabidopsis early growth at different air in Arabidopsis thaliana humidities 5_P29 ISABEL KELLER The vacuolar inositol transporter BvINT1;1 5_P40 IMANI MADISON Iron deficiency changes molecular is essential for the full functionality of cold and frost metabolism in sugar mechanisms governing sieve element cell differentiation beet 5_P41 FAZEELAT KARAMAT Exploring the role of Arabidopsis Mediator 5_P30 JOAQUÍN CLÚA A cytochrome-containing protein plays a subunits in response to abiotic stresses dual role in phosphate starvation responses and iron homeostasis 5_P31 DANIEL J GIBBS Post-translational control of the PRC2 subunit VRN2 coordinates development and abiotic stress adaptation 5_P32 PO-KAI HSU Raf-like Kinases and Receptor-like Pseudokinase GHR1 function in hydroactive stomatal closure in response to low humidity 5_P33 MARIA ALMIRA CASELLAS Genetic loci associated with ionomic and growth responses to alkaline salinity in Arabidopsis thaliana 68 69 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 6: Plant Morphogenesis Poster Category 7: Functions of the peripheral of the plant cell 6_P1 XINGBO CAI Regulation of PHYTOCHROME INTERACTING 7_P1 ALEXANDER ADRIAN KUKREJA Lateral sorting and FACTORs by PPP1/2 to modulate photomorphogenesis in Arabidopsis immobilization in nanodomains drive polarization of the small GTPase ROP2 in root hair cells 6_P2 NAVEEN SHANKAR A double-negative feedback loop between a microRNA and its target transcription factor generates their mutually 7_P2 ASIER LARGO-GOSENS Defects in UDP-Arabinofuranose exclusive expression patterns and regulates leaf morphogenesis in synthesis led to structural changes and abnormal extrusion in mucilage of Arabidopsis thaliana Arabidopsis seeds 7_P3 ANEŽKA BAQUERO FORERO Arabidopsis thaliana formin AtFH5: Unexpected localisation in the root 7_P4 ESTEE TEE NHL3 integrates stress-triggered plasmodesmal signaling cascades 70 71 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 8: Cell Signalling 8_P1 JOANNA KACPRZYK How does the plant cell die? Insights from Arabidopsis thaliana suspension culture 8_P2 HA NGOC DUONG Cyclic Nucleotide Gated Ion Channel 6 is involved in extracellular ATP signaling and plant immunity 8_P3 MAIARA PIOVESANA Exploring the substrate selectivity of the Arabidopsis thioredoxin h-type family in oxidative stress signalling 8_P4 RICHARD GOSSENS Stress induced alternative splicing regulated by nuclear protein RCD1 8_P5 ELLEN BROUCKE Multi-level regulation of anthocyanin biosynthesis by the energy sensor SnRK1 8_P6 NATHALIE CREPIN N-terminal S-acylation targets the GRIK protein kinases to the tonoplast 8_P7 MARIANNA COPPOLA Characterising the proteolytic network of plant cathepsin B 8_P8 MARTIN STEGMANN Regulation of cell surface immunity by GOLVEN phytocytokines 8_P9 KASIM KHAN Identifying key mediators of plant mitochondrial retrograde signaling 8_P10 THOMAS A DEFALCO Conserved regulatory signaling downstream of diverse receptor kinases 8_P11 JADE R BLEAU Nucleoredoxin selectively regulates cellular pathways that protect plant cells from oxidative stress 72 73 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 9: New tools for Plant Cell 9_P11 XIAOHONG ZHUANG Differential functions of ATG2- Biology ATG18 and ATG9 in autophagosome biogenesis and selective autophagy in Arabidopsis 9_P1 SHEY-LI LIM Second-generation fluorescent protein biosensors for in planta imaging of pyridine nucleotides 9_P12 ALICE BAILLIE A FACS-Based method for plant vesicle isolation 9_P2 GILLES DUPOUY Microfluidic study of cytoskeleton and nuclear dynamics using the growing root hair cell as a model in Arabidopsis thaliana 9_P3 FATEMA ALQURAISH A novel experimental approach to study stress granule and processing body compositions at given stress 9_P4 BIJUN TANG Bioengineering SalicS - a novel salicylic acid FRET biosensor 9_P6 SHRABONI GHOSH pMDS: A Multi-functional Vector System to study transcriptional and translational regulation in plant systems 9_P7 YUI LEUNG (SUNNY) LAU Technical approaches towards characterisation of plasma membrane pollen-stigma compatibility factors: The utility of lipid nanodiscs for protein-protein interaction studies 9_P8 AGNIESZ KALUDWIKÓW Identification of novel inhibitors for a plant group A protein phosphatases type 2C 9_P9 BOON LEONG LIM In planta energy sensors for plant cell studie 9_P10 ANNALISA RIZZA The makings of a gradient: Spatiotemporal distribution of gibberellin in Arabidopsis roots 74 75 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 10: Plant Immunity 10_P12 YASUOMI TADA Mechanical stimulation of trichomes activates calcium-mediated immune responses 10_P1 MIRIAM LUCKE Linking resistance and effector genes in the 10_P13 MEGAN LEWIS Deciphering the role of a small protease Arabidopsis-Hyaloperonospora pathosystem inhibitor in the activation and regulation of the NLR RPM1 10_P2 SHUBHRA SINGH Integration of Plant Probiotics Microbiome 10_P14 NESTORAS KARGIOS Novel nucleosides in plant disease in Disease Resistance: A Sustainable Approach and defence: TIRrific novel chemistries from a common domain 10_P3 JIANAN LU Phospho-proteomic analysis to 10_P15 ZHOU ZOU Elucidation of immune signalling mediated by an explore the microbe associated molecular patterns (MAMPs) in plant atypical resistance protein White Rust Resistance 7 in Arabidopsis immunity 10_P16 SHANSHAN WANG Single-cell transcriptional reprogramming 10_P4 YUAN ZHOU Viral RNA methylation and intercellular mobility of plant immunity 10_P5 MANUEL GONZALEZ-FUENTE Processing bodies as a 10_P17 TETIANA KALACHOVA Actin cytoskeleton as a trigger and novel hub in protein homeostasis during plant-pathogen interactions a messenger in the local plant immunity 10_P6 MARINA SILVESTRE VAÑÓ Investigating the role of the 10_P18 MELINA AYAKASCHWIER The role of novel transcription clubroot pathogen effectors in plant immunity factor MYB67 in the control of plant microbe interactions 10_P7 MEHMET FATIH KARA Conservation of ERF1 function in 10_P19 JAVIER RUEDA-BLANCO The bacterial effector HopAF1 defence across lettuce and Arabidopsis interacts with Arabidopsis MKK4/5 10_P8 ELEONORA MORATTO Investigating the effects of external 10_P20 GESA HOFFMANN RNA granules: Arenas for plant-virus electric fields on the interaction between P. palmivora and Arabidopsis competitions root 10_P21 TIMO ENGELSDORF Carbohydrate availability and homeostasis 10_P9 MARIA FLORENCIA BOGINO An oomycete effector modulate pathogen susceptibility of Arabidopsis thaliana manipulates Arabidopsis Auxin and Brassinosteroid signaling pathways 10_P22 PETA CBONHAM-SMITH Plastid association of 10_P10 ANTONI GARCIA-MOLINA Metabolome-wise analysis Plasmodiophora brassicae effectors and their role in clubroot disease of plants exposed to abiotic stress conditions to identify potential progression in Arabidopsis metabolites inducers of cross-tolerance to biotic stressors 10_P11 ÁNGEL DEL ESPINO Molecular characterization of MicroRNA- silenced TNL-1 (MIST1) and its role in plant defense 76 77 ICAR2O22: POSTER NUMBERS ICAR2O22 Poster Category 10: Plant Immunity 10_P33 EMILIE WIDEMANN Arabidopsis thaliana phytochemical defenses against the two-spotted spider mite (Tetranychus urticae) 10_P23 CHIA-NAN TAO A single amino acid transporter controls 10_P34 JAMES FORSYTHE Evening JAZ for stressed plants: the uptake of priming-inducing beta-amino acids and the associated Investigating the role of JAZ6 in susceptibility to Botrytis cinerea trade-offs between induced resistance and plant growth 10_P24 LINDSAY I B WILLIAMS Harvest stress shifts hormonal balances in plant immunity 10_P25 ROBERT O MASON Vascular mobile signals selectively prime salicylic acid-responsive immune genes 10_P26 MARCO INCARBONE A hormone-activated mobile RNAi mechanism defends plant stem cells from virus invasion 10_P27 FEDERICA LOCCI Defining plant basal immunity as a convergence point for surface- and intracellular- receptor signalling 10_P28 MARIE-DOMINIQUE JOLIVET Plasma-membrane located Calcium dependent protein kinase 3 (CPK3) role in potexvirus infection response 10_P29 YA-YUN WANG NPF6.4, a dual-affinity nitrate transporter, mediates the PTI responses in Arabidopsis 10_P30 FABIAN VAISTIJ The Hpa effector RxL21 alters gene expression in Arabidopsis to render them more susceptible to biotrophic and necrotrophic pathogens 10_P31 KREŠIMIR ŠOLA A comparative study of defence priming of Arabidopsis against Botrytis cinerea by green leaf volatiles 10_P32 FLORIAN SCHWANKE Substrate mapping for the central immune kinase BIK1 identifies novel components of plant immunity 78 79