International Conference on Arabidopsis Research (ICAR 2027)

The International Conference on Arabidopsis Research (ICAR 2027) is dedicated to all aspects of molecular plant science and modern plant biology using thale cress (Arabidopsis thaliana) as a model system.

Key Topics

• Cross-kingdom RNA communications and innovative Eco-friendly disease control solutions
• Plant epigenetics and chromatin dynamics
• Advances in plant nutrition under changing environment
• Molecular condensation for reproductive and biotic stress regulation: From cell biology to biophysical mechanism
• New tools and applications in plant molecular genetics
• Understanding circadian regulation in unpredictable environments
• Temporal regulation of environmental responses, growth, and development
• Making contacts: Membrane contact sites between plant organelles
• Receptor kinase signaling in development
• Living on the edge: Adaptation of Arabidopsis extremophyte relatives to harsh environments
• Development and environmental responses: What are kept and what are lost over the evolutionary history of land plants
• Molecular signaling in plant-insect interactions
• Arabidopsis relatives from laboratories to natural fields
• Interdisciplinary approaches applied to plasmodesmata research
• Mechanisms and functions of endocytosis in plants
• Cellular reprogramming in regeneration and development
• Organelle-organelle communication under stress
• The environmentally responsive plant epigenome
• Hidden messages of RNAs for environmental responses
• The road to recovery: Elucidating stress recovery pathways and reversing stress effects
• Role of biomolecular condensates in abiotic stress signaling
• Guard cell signalling and metabolism
• Short and long range signaling by RNA
• A systems perspective: Omics integration and modeling
• Transposable elements, epigenetics, and environmental adaptation
• Visualizing the dynamics of the circadian clock
• Front-line of plant genome engineering
• Chemical priming as a sustainable tool for improved productivity under stress conditions
• Integration of Arabidopsis and crop research in plant biotic interactions
• Arabidopsis and its translational research in the Global South
• Plant proteostasis: The dynamic proteome in plant cell signalling
• Translation regulation in plants
• Stress-induced signalling peptides
• Watching and quantifying biochemical processes in intact plants
• Arabidopsis small RNA biology
• Arabidopsis bioinformatics
• Integration of engineering, plant sciences, and agricultural research for translational research
• Coordinating and utilizing the rapidly growing collection of independently assembled Arabidopsis genomes
• Spatiotemporal dynamics of protein and protein complexes in the cell
• Molecular dialogues in reproductive development
• Systems biology of plant-microbes interactions
• Diversity and inclusion for excellence in science
• Single cell technologies and its diversity of applications
• Science as stories: From data to presentations. The untold story of your research

Who should Attend

Scientists from around the world.