- Bifunctionality of structural genes involved in growth, development, stress memory, and priming – ERIT- PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Applications of CRISPR and AI for improving stress tolerance in crops and cross-kingdom species – ERIT- PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Leveraging plant biodiversity and emerging model species to develop sustainable solutions for human needs – ERIT – PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Network-based and multi-omics modeling of plant stress memory and resilience – ERIT – PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Optimizing priming and stress memory using artificial intelligence: predicting timing, intensity, and memory decay – ERIT – PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Priming strategies to enhance tolerance to abiotic stress: current knowledge, future perspectives, and agricultural applications – ERIT- PSII (Plant Sciences Interactions and Innovation), IAgES, Avignon University
- Prepare a mini-literature review on the reduction of enzymatic browning in leaf vegetables in post-harvest and understanding the mechanisms involved. – UMR SQPOV, F. Charles
- Exogenous phenylalanine in plants: effects on plant metabolism and resistance to pathogens – UR0407 PV (Pathologie Végétale)
- Prepare a mini-literature review on the potential cardioprotective effects of omega-3 polyunsaturated fatty acids (n-3 PUFA) in patients with chronic kidney disease. – P. Obert, UPR LAPEC / Avignon Université
- Shotgun Metagenomics vs. Culture-Dependent Approaches for Monitoring Foodborne Pathogens: The Case of Campylobacter jejuni in Poultry Supply Chains. – S. Strubbia, ONIRIS
- Effect of polyphenols and dietary fibers on starch digestibility – Béatrice Gleize (UMR SQPOV)
- Inventory of tomato-related accessions described as resistant to Ralstonia solanacearum, the causal agent of bacterial wilt – INRAE
