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13-15 May 2024 / IJPB, INRAE Ile-de-France - Versailles-Saclay
IJPB Symposium 2024 - Plant modeling: opportunities and challenges
Plant Modeling: Opportunities and Challenges
Attention! Due to the "Choose France" event taking place in Versailles on Monday 13th, car traffic in Versailles will be difficult. If you plan to come by bus from Versailles, please allow extra time for transportation. Alternatively, by train from "Versailles Chantiers" station, you can get off at the "Saint-Cyr l'Ecole" station and walk to the INRAE center (~15 minutes). Some mobile applications are available to help you find your way, such as Citymapper or Île-de-France-mobilité. |
The Jean-Pierre Bourgin Institute, a major laboratory for plant science research affiliated to both INRAE and AgroParisTech, is organising the second edition of its international symposium. Following on the first edition in 2018, this will take place from the 13th to 15th of May 2024 at the INRAE Centre in Versailles.
The 2024 edition is dedicated to plant modeling, a groundbreaking research strategy adopted by the IJPB to better understand the complexity of plant biology.
The symposium will comprise three plenary conferences and four thematic sessions dealing with modeling at different scales, from the intra-cellular to the macroscopic level. The aim of this exciting meeting is to foster collaborations and facilitate knowledge exchange among participants by bringing together renowned specialists in the field. The program includes oral presentations given by invited speakers, IJPB researchers, and participants selected based on submitted abstracts, and time for stimulating discussions.
The symposium will also feature workshops on microscopy and imaging, conducted in collaboration with the imaging and microscopy platform (PO-Cyto) of the Plant Observatory (OV) and the "Modeling and Digital Imaging" (MIN) and "Primary Cell Wall" (PAR) teams of the IJPB.
Finally, this forward-looking symposium will provide a unique opportunity to evaluate recent advances in modeling, explore how it can be integrated experimentally, and examine how it adapts to the constant increase in computing power and the explosion of data.
We look forward to meeting you in Versailles!
Speakers
Rea ANTONIOU-KOUROUNIOTI
Lecturer at the University of Glasgow, investigating the mechanisms behind cold-responsive gene regulation in plants, by combining mathematical modelling approaches and experimental techniques.
School of Molecular Biosciences, University of Glasgow (UK)
Pau FORMOSA-JORDAN
Quantitative approaches to multicellular dynamics in plant development
Max Planck Institute for Plant Breeding Research (Germany)
Sofiane GUESSASMA
Research Director, interested in mechanical engineering, processing and materials science, with several contributions related to the microstructural interpretation of material performance, mechanical modelling, image analysis, and in-situ experiments.
INRAE Nantes Team Plant cell wall and polymers
Kalina HAAS
Research scientist, biophysicist insterested in the subcellular mechanisms of growth and morphogenesis in plants, using in particular computational modeling, optogenetics, super-resolution microscopy
INRAE Centre IdF de Versailles-Saclay (FRANCE)
Olivier LOUDET
Research Director, interested in the genetic architecture of complex traits: what is the genetic (or epigenetic) basis for variation in size, form, environmental responses... He essentially studies these questions taking advantage of the natural diversity existing within a wild and model species (Arabidopsis thaliana), combined to novel high-throughput phenotyping robots, with the help of Mathematics.
INRAE Centre IdF de Versailles-Saclay (FRANCE)
Pierre PETRIACQ
Associate Professor and scientific director of Bordeaux Metabolome, plant biochemist interested in how plants adapt their metabolism during developmental processes and in response to a fluctuating environment by extensively exploiting metabolomics
University of Bordeaux and INRAE Bordeaux Nouvelle Aquitaine (FRANCE)
Yassin REFAHI
Research scientist, expert in multi-scale modeling of biological processes, 4D image processing (3D + time)
INRAE of Reims (FRANCE)
Kirsten ten TUSSCHER
Professor, develops and applies multi-scale modeling approaches based on experiments to study plant development.
Utrecht University, Nederlands
Manuel THERY
Research Director, at the head of the CytoMorpho lab with Laurent Blanchoin, and interested in the investigation of the rules directing cell cytoskeleton self-organization, a network that is highly dynamic.
CEA
Krzysztof WABNIK
Principal Investigator, expert in computer simulations, synthetic biology and microfluidics to figure out design principles of plant signalling circuits.
Centro de Biotecnologia y Genomica de Plantas (Universidad Politécnica de Madrid – Instituto Nacional de Investigación y Tecnologıa Agraria y Alimentaria), 28223, Madrid, Spain
Wolfram WECKWERTH
The Weckwerth lab integrates system-theoretical ideas with genome-scale molecular analysis using genomics, transcriptomics, proteomics and metabolomics to understand and predict the genotype- environment-phenotype-relationship. They investigates plant, microbial, animal and human systems.
University of Vienna
Philippe ANDREY
Research Director, biomathematician developing quantitative image analysis strategies and computer modelling approaches, to reveal, characterize and elucidate the laws that subtend spatial organizations and functions in biological systems at different scales, from sub-cellular to tissular patterns.
Institut Jean-Pierre Bourgin, INRAE
Jasmine Burguet
Research scientist, biomathematician developing quantitative image analysis strategies and computer modelling approaches, to reveal, characterize and elucidate the laws that subtend spatial organizations and functions in biological systems at different scales, from sub-cellular to tissular patterns.
Institut Jean-Pierre Bourgin, INRAE
To remember
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Date
13-15 May 2024 -
Registration
From 14 February 2024 to 4 May 2024 -
Contact
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