umbellata. Such possibilities are exciting for exploring spectral data without necessarily relying on the preliminary establishment of structural annotations, RT-based alignment, or MN. These observations confirm previously published findings regarding the chemical contents and bioactivity potential of this active extract and the potentially active compounds it contains . While a labor-intensive data inspection is classically required to link an extract's activity to the responsible compounds, this can now be expedited using a single SPARQL query, saving precious time and resources. The above example illustrates the benefits of a single interface integrating spectral, chemical, taxonomic, and bioactivity data.