WormBase Tree Display for Paper: WBPaper00060111

WBPaper00060111 Name: doi10.3390/metabo10080334
    AGRKB:101000000639742
  DB_info: Database: MEDLINE PMID 32824560
      Europe_PMC PMCID PMC7463950
  Status: Valid
  Reference: Title: L-Ascorbate Biosynthesis Involves Carbon Skeleton Rearrangement in the Nematode <i>Caenorhabditis elegans</i>.
    Journal: Metabolites
    Volume: 10
    Publication_date: 2020-08-17
  Author: Yabuta Y Person: WBPerson22496
    Nagata R Person: WBPerson51475
    Aoki Y Person: WBPerson51476
    Kariya A Person: WBPerson51477
    Wada K Person: WBPerson51478
    Yanagimoto A Person: WBPerson51479
    Hara H Person: WBPerson51480
    Bito T Person: WBPerson22495
    Okamoto N Person: WBPerson47905
    Yoshida S Person: WBPerson51481
    Ishihara A Person: WBPerson51482
    Watanabe F Person: WBPerson22497
  Person: WBPerson22495
    WBPerson22496
    WBPerson22497
    WBPerson47905
    WBPerson51475
    WBPerson51476
    WBPerson51477
    WBPerson51478
    WBPerson51479
    WBPerson51480
    WBPerson51481
    WBPerson51482
  Not_person: WBPerson25473
  Brief_citation: Yabuta Y et al. (2020) Metabolites "L-Ascorbate Biosynthesis Involves Carbon Skeleton Rearrangement in the ...."
  Abstract: WBPaper00060111
  Type: Journal_article: Person_evidence: WBPerson10877
  Refers_to: Gene: WBGene00008471 Inferred_automatically: Abstract read E03H4.3
      WBGene00010055 Inferred_automatically: Abstract read F54D5.12
    Species: Caenorhabditis elegans Curator_confirmed: WBPerson1843