| 1 |
A “batteries-included” open reference resource for human genomic copy number variants (CNV) |
| 2 |
Assessing quality and privacy metrics of synthetic health data for benchmarking: the variant callers use case |
| 3 |
Automating the building of a virtual, distributed pollinator reference collection |
| 4 |
Benchmarks for Bioinformatics Workflow Bake Offs |
| 5 |
BioHackrXiv and publications |
| 6 |
BioModelsML: Building a FAIR and reproducible collection of machine learning models in life science and medicine for easy reuse |
| 7 |
Bioschemas resource index for chem and plants |
| 8 |
Building towards a machine-actionable Software Management Plan |
| 9 |
Cell type-specific and druggable pathway models and maps |
| 10 |
FAIR Workflow Execution with WfExS and Workflow Run Crate |
| 11 |
Creating lesson plans to advance (life sciences) data steward & researcher FAIR skills |
| 12 |
Creating the ELIXIR Data Stewardship/Management (DS/DM) Handbook - a guide for DS/DM to manage their life sciences RDM efforts |
| 13 |
Discovering Bioinformatics Software in Software Heritage |
| 14 |
Enabling continuous RDM using Annotated Research Contexts with RO-Crate profiles for ISA |
| 15 |
Enabling FAIR Digital Objects with RO-Crates, Signposting and Bioschemas |
| 16 |
Enhancing the image analysis community in Galaxy |
| 17 |
Extending interoperability of experimental data using modular queries across biomedical resources |
| 18 |
FAIRification of mass spectral library creation |
| 19 |
Galaxy ENA Upload as an Interactive Tool |
| 20 |
Genome annotation and other post-assembly workflows for the tree of life |
| 21 |
Health data text mining |
| 22 |
Improved linking from sequence data to specimens and samples repositories |
| 23 |
Improving Bioschemas creation and community adoption through process improvements and tool development, and advancing compliance to FAIR standards |
| 24 |
Improving functionality and usability of OpenEBench for data-driven research in Life Sciences through Community-led efforts |
| 25 |
Increasing the findability, visibility, and impact of Galaxy tools for specialised scientific Communities |
| 26 |
Literature Biocuration Practices and Guidelines |
| 27 |
Multi-Repository Data Submission using ISA-JSON |
| 28 |
Providing a seamless and interoperable environment for executing life science workflows |
| 29 |
Secure data-out API - enabling encrypted htsget transactions |
| 30 |
Standards and ontologies for single cell experiments |
| 31 |
Standards for a multimodal data wastewater surveillance process |
| 32 |
Synergising ELIXIR Resources for Training in Systems Biology |
| 33 |
The BioHackathon Cloud |
| 34 |
Training SPLASH |
| 35 |
Write once, run everywhere: exploring the use of Rust and WebAssembly to implement the Nanopublication signing protocol |
