The 35th International Conference on Arabidopsis Research (ICAR 2025) is dedicated to all aspects of molecular plant science and modern plant biology using thale cress (Arabidopsis thaliana) as a model system.
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.
