| 102 | Decoding Gene-Metabolite Interactions through Integrative Bioinformatics |
| 105 | Towards FAIR NGS Data Management Across the Data Life Cycle: A Needs Analysis and Conceptual Framework |
| 107 | Cross-Consortia Synergy: The Geo-Chem-Life Science Helpdesk Cluster |
| 112 | Enhancing e!DAL-PGP: Towards a FAIR, Interoperable and AI-Ready Submission Platform for Plant Science Research Data |
| 118 | Data stewards as bridge builders between RDM Services and the Community |
| 121 | A dynamic health-state manifold maps instability and heterogeneous aging progression from longitudinal clinical records |
| 122 | Integration of Genomics, Metabolomics and Transcriptomics Data of 56 rosemary accessions for the elucidation of group-specific pathways |
| 124 | From Services to Adoption: Benchmarks for Service–Community Integration |
| 125 | Joining forces — scaling impact: Connecting RDM capacity building across FAIRagro and de.NBI / ELIXIR-DE |
| 126 | Mining Biochemical Relationships from Tandem MS Data Using Deep Learning |
| 127 | Beyond Symbolic Commitment: FAIRagro and NFDI4Earth FAIRness & Openness Commitments as Living Frameworks for Peer Learning and FAIR Data Culture |
| 129 | Elab2ARC: A browser-based workspace for converting free-text protocols into rich FAIR digital objects |
| 130 | Object Store meets Laboratory Information System: Implementing Self-Service Digital Shadow Infrastructure for Multidomain Plant Data |
| 133 | SciWIn – Enabling FAIR for scientific analysis workflows |
| 136 | Contigo: Context-Preserving Grouped Editing for FAIR Provenance |
| 140 | From Data Management to Data Publication: Lessons learned from fostering cultural change towards FAIR and AI-ready research data |
| 143 | What Is Your Favourite Bird? Using Biodiversity Data to Teach Data Literacy Across Disciplines |
| 157 | Building the Biodata Bridge from Silos to Synergy - How the Biodata Interest Group unites six consortia for seamless RDM integration across the biological sciences |
| 158 | Tracing Digital Sequence Information of Plants Through Science: Why it Matters and What We are Missing |
