• jump to: Main navigation
  • jump to: Main content
  • jump to: Footer

Callaghan Innovation
logo - print

Search form
  • home
    • Access to
      experts
      • Māori Economy
      • Founder Incubators
      • Accelerators
      • Technology Incubators
      • Networks
      • Collaborative projects
      • Agritech ITP
      • Hemp and medicinal cannabis capability roadmaps
      • Health Tech Activator website

      Access to experts

      Time to get in touch?

      Contact us now

    • Technology
      and product development
      • Our R&D services website
      • New Zealand CleanTech Mission
      • Aronui Industry 4.0 Navigator
      • Gracefield Innovation Quarter
      • Te Whare a Māui - The Māori Innovation Hub
      • Manufacturing robots
      • Industry 4.0 Hub

      Technology and product development

      Time to get in touch?

      Contact us now

    • Innovation
      skills
      • Capital Education
      • Lean
      • Digital Lean
      • Beyond IP

      Innovation skills

      Time to get in touch?

      Contact us now

    • R&D
      funding
      • Student Grants
      • Getting Started Grants
      • 2021-22 Project Grants
      • R&D Tax Incentive
      • R&D Loan Scheme
      • Guidelines and FAQs
      • Grant Recipients
      • Archived Funding Products

      R&D funding

      Time to get in touch?

      Contact us now

    • Scale-Up NZ

      Find out about Scale-Up NZ

      Time to get in touch?

      Contact us now

    • Spotlight on...
      • Techweek22

      All spotlight on... services

      Time to get in touch?

      Contact us now

  • About
  • News and events
  • Customers
  • Careers
  • Contact
  • Subscribe

Callaghan Innovation Research Papers

Back to Research Papers

TitleMitochondrial control of fungal cell walls: Models and relevance in fungal pathogens
Publication TypeBook
Year of Publication2020
AuthorsKoch, B., and Traven A.
Series TitleCurrent Topics in Microbiology and Immunology
Volume425
Number of Pages277 - 296
Keywordsantifungal agent, Antifungal Agents, antifungal resistance, Candida albicans, cell function, cell metabolism, cell structure, cell wall, Cytology, drug effect, Drug Resistance, Fungal, echinocandin, Echinocandins, fungal cell, fungal cell wall, Fungi, fungus, human, Humans, lipid homeostasis, metabolism, microbiology, Mitochondria, mitochondrial respiration, mitochondrion, Mycoses, mycosis, nonhuman, organelle biogenesis, pathogenicity, phospholipid, phospholipid metabolism, priority journal
URLhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85089611587&doi=10.1007%2f82_2019_183&partnerID=40&md5=648603c5adda75bb2ecc59685e5c4bea
DOI10.1007/82_2019_183
  • Google Scholar
  • RTF

Back to top

  • Access to experts
  • Technology and product development
  • Innovation skills
  • R&D funding
  • Scale-Up NZ
  • About us
  • News and events
  • Careers
  • Customer stories
  • Contact us
  • Site map

Client login (IMS)

  • Follow on
    Facebook
  • Follow on
    Twitter
  • Connect on
    LinkedIn
  • About this site
  • Privacy policy
  • Terms and conditions