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Figure 3:Principal component analysis (PCA) of bio.tools entries with a GitHub repository basedon the numbers of contributors, forks (and network count), commits, pulls, releases, open issues,subscribers, watchers, stargazers and the average time to close issues. The colors represent thebio.toolsmaturitylevel, i.e.,Emerging,MatureorLegacy.

Figure 3:Principal component analysis (PCA) of bio.tools entries with a GitHub repository basedon the numbers of contributors, forks (and network count), commits, pulls, releases, open issues,subscribers, watchers, stargazers and the average time to close issues. The colors represent thebio.toolsmaturitylevel, i.e.,Emerging,MatureorLegacy.

"Bidirectional bridge: GitHub ⇄ bio.tools" https://doi.org/10.37044/osf.io/8ktd6_v1

"Here, we describe the tooling for a bidirectional bridge between the software developmentplatform GitHub and the ELIXIR bio.tools registry of life sciences software tools […]

[Original post on fediscience.org]

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FonesLife Launches the 2026 Japan Proteomics Research Grant Award for Domestic Researchers FonesLife Corporation introduces its inaugural research grant program, the 2026 Japan Proteomics Research Grant Award, to support domestic researchers' activities.

FonesLife Launches the 2026 Japan Proteomics Research Grant Award for Domestic Researchers #Japan #Chuo #FonesLife #BioTools #SomaScan

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