FGSC

  • About Us
    • Legacy Home
    • Contact Us
    • FAQ
    • Deposit sheets - library link
    • FGSC Reports - library link
    • FGSC Advisory Board
    • Policy Committees
      • Fungal Genetics
        • Current
        • Previous
      • Neurospora
        • Current
        • Previous
  • Organism
    • Aspergillus
    • Candida
    • Cryptococcus
    • Fusarium
    • Neurospora
    • Plasmids
    • Other
      • Allomyces (pdf)
      • Ascobolus
      • Magnaporthe
      • Phycomyces
      • Schizophyllum
      • Sordaria
      • Special Purpose Strains
      • Ustilago (pdf)
  • Catalog
    • Catalog Home
    • Molecular tools
    • Neurospora strains
    • Aspergillus strains
    • Other fungi
  • Search
  • Pricing
  • Resources
    • Fungal Genetics Reports
    • Additional Resources
      • Methods, recipes and hints
      • The Neurospora protocol guide
      • Video Demonstrations
      • Online Images
      • Fluorescence images
      • Video Microscopy
      • Online bibliographies
      • Using Fungi in teaching
    • Fungal Genetics Conferences
  • Meetings
    • Upcoming
    • Past

Strain: Neurospora crassa

<- Back to Search form

FGSC #9388

Reporting Genes: spco-4;col-4

Species: crassa

Allele: R2367,B148

Alternate Strain Number: OG23

Depositor: OG

Linkage Group: VIIL,IVR

Species Number: 10

Deposit Sheet ↗

Genes

Locus Cultural Requirements Link Group Type
col-4IVR. Between met-1 (4%) and arg-2 (<1 to 2%) (692, 876, 991). (695) Spreading colonial morphology, forming dense balls of conidia high in slants (47). Probably dominant in heterozygous duplications from T(S1229) (E.G. Barry, personal communication). Cell wall-autolyzing enzyme (631). Reduced amount of cell wall peptides (1165). Used in combination with pe fl to produce microconidiating colonial growth suitable for reversion experiments (386). Called spco-1 (382); called c (386).IVRB
spco-4VIIL. Linked to do (<1%) and nic-3 (1%, probably to the left) (816). Fine hyphae (382). Initially aconidial. Capable of conidiating on the surface of complete medium (D.D. Perkins, unpublished data). Hyphae extend faster within agar medium than on the surface, resulting in a dense hemispherical colony, most of which is embedded (1085).VIILB

Neurospora Crassa Wikipedia

<- Back to Search form

© Copyright Fungal Genetics Stock Center. All Rights Reserved
Mod by THCS, Original Avilon Theme by BootstrapMade
Home About Privacy Policy Terms of Use