Modern life sciences generate data at a scale and complexity that fundamentally depend on scalable computing infrastructures and rigorous research data management. From assembling individual genomes, exploring complex microbial communities to building graph-based pangenomes, researchers today face both unprecedented opportunities and significant methodological challenges, not only in analysis, but also in how data and workflows are stored, shared, and sustained.
Programme: de.KCD summer school 2026
Public web page: https://events.hifis.net/event/3921/overview
Organisms: Not specified
Information about the three days in which data were analyzed.
Genomics Metagenomics Pangenomics
Submitter: Wolfgang Müller
Studies: DEMO: Searching for new Limnochordia species of the genus DTU010 in biog...
Assays: DEMO: Assay 1, DEMO: Assay 1
Snapshots: No snapshots
Data from 8 different biogas plants operating under different conditions and fed differently collected and sequenced.
- Data in 1: 8 Samples (as described in samples_metadata.tsv)
- Data out 1: 8 sets of pairs of fastq files (forward & reverse), as described in run_metadata.tsv, located in wednesday→data
Submitter: Wolfgang Müller
Assay type: Metagenomics
Technology type: Technology Type
Investigation: DEMO: Cloud Enabled (Meta/Pan)Genomics
Organisms: No organisms
SOPs: No SOPs
Data files: P2_F1_R1 file for metagenomics experiment
Snapshots: No snapshots