Dataset Information
GNPS - 40 Polyporaceae culture collection and extracts and fractions of the Cryptoporus volvatus fruiting bodies
Ontology highlight
ABSTRACT:
INSTRUMENT(S): Xevo G2 Q-Tof
ORGANISM(S): Trametes Hirsuta (ncbitaxon:5327) Polyporus Tuberaster (ncbitaxon:38806) Coriolopsis Strumosa (ncbitaxon:655091) Datronia Mollis (ncbitaxon:40435) Trametes Gibbosa (ncbitaxon:160864) Neofavolus Alveolaris (ncbitaxon:1260784) Perenniporia Minutissima Trichaptum Biforme (ncbitaxon:50381) Daedaleopsis Confragosa (ncbitaxon:40433) Cerrena Consors (ncbitaxon:76333) Trametopsis Cervina (ncbitaxon:1111950) Nigroporus Vinosus (ncbitaxon:76128) Trametes Orientalis (ncbitaxon:252816) Cinereomyces Lindbladii (ncbitaxon:139102) Perenniporia Koreana (ncbitaxon:1586344) Fomes Fomentarius (ncbitaxon:40442) Skeletocutis Nivea (ncbitaxon:83254) Perenniporia Fraxinea (ncbitaxon:227965) Trametes Trogii Polyporus Arcularius (ncbitaxon:5639) Tyromyces Chioneus (ncbitaxon:83250) Phlebiopsis Castanea (ncbitaxon:1931348) Trametes Suaveolens (ncbitaxon:40454) Daedaleopsis Styracina (ncbitaxon:1840328) Microporus Vernicipes (ncbitaxon:158312) Cryptoporus Volvatus (ncbitaxon:40431) Neolentinus Lepideus (ncbitaxon:38799) Trichaptum Abietinum (ncbitaxon:40452) Pycnoporus Coccineus Polyporus Brumalis (ncbitaxon:139420) Phlebiopsis Gigantea (ncbitaxon:82310) Cerrena Aurantiopora (ncbitaxon:1611329) Lopharia Cinerascens (ncbitaxon:103381) Lenzites Betulinus (ncbitaxon:5632) Cerrena Unicolor (ncbitaxon:90312) Trametes Versicolor (ncbitaxon:5325) Perenniporia Subacida (ncbitaxon:81050) Microporus Affinis (ncbitaxon:252820) Daedaleopsis Tricolor (ncbitaxon:76330) Lenzites Styracina
SUBMITTER: 
Kyo Bin Kang
PROVIDER: MSV000085974 | GNPS | Tue Aug 18 20:32:00 BST 2020
REPOSITORIES: GNPS
Publications
Species Prioritization Based on Spectral Dissimilarity: A Case Study of Polyporoid Fungal Species.
Journal of natural products 20210202 2
Biological species collections are critical for natural product drug discovery programs. However, prioritization of target species in massive collections remains difficult. Here, we introduce an untargeted metabolomics-based prioritization workflow that uses MS/MS molecular networking to estimate scaffold-level distribution. As a demonstration, we applied the workflow to 40 polyporoid fungal species. Nine species were prioritized as candidates based on the chemical structural and compositional s ...[more]
