CORE
COnnecting
REpositories
  • Services overviewExplore all CORE services
  • Access to raw data

    • API
    • Dataset
    • FastSync
  • Content discovery

    • Recommender
    • Discovery
  • OAI identifiers

    • OAI Resolver
  • Managing content

    • Dashboard
  • Bespoke contracts

    • Consultancy services
  • Support us

      MembershipSponsorshipResearch partnership
  • About

    • About us
    • Our mission
    • Team
    • Blog
    • FAQs
    • Contact us
  • Community governance

    • Governance
    • Advisory Board
    • Board of supporters
    • Research network
  • Innovations

    • Our research
    • Labs

    2 research outputs found

    Additional file 1 of Mesoporous polydopamine nanoparticles carrying peptide RL-QN15 show potential for skin wound therapy

    Author
    1. Huiling Sun (530956)
    2. Jing Tang (33607)
    3. Naixin Liu (6006176)
    4. Pan Qin (6517490)
    5. Saige Yin (6161918)
    6. Xiaojie Li (250749)
    7. Xinwang Yang (11516224)
    8. Xinyu Gou (11542881)
    9. Yan Hu (30839)
    10. Yi Meng (2655814)
    11. Ying Wang (11406)
    12. Ying Yang (24175)
    13. Yinglei Wang (3844756)
    14. Zhe Fu (6006173)
    15. Ziwei Deng (2031229)
    Publication venue
    Publication date
    09/10/2021
    Field of study
    No full text
    Additional file 1: Figure S1. Infrared spectra between 1800cm-1-400cm-1. Table S1. Surface area, pore volume and pore diameter of MPDA nanoparticles
    The Francis Crick Institute

    Additional file 1 of Hollow polydopamine nanoparticles loading with peptide RL-QN15: a new pro-regenerative therapeutic agent for skin wounds

    Author
    1. Dandan Sun (448563)
    2. Dingwei He (11516221)
    3. Huiling Sun (530956)
    4. Junsong Wang (595867)
    5. Li He (134049)
    6. Longjun Shu (9021389)
    7. Tiantian He (161008)
    8. Xinwang Yang (11516224)
    9. Yan Hu (30839)
    10. Ying Wang (11406)
    11. Yinglei Wang (3844756)
    12. Yixiang Liu (1693243)
    13. Zhe Fu (6006173)
    14. Ziwei Deng (2031229)
    Publication venue
    Publication date
    02/10/2021
    Field of study
    No full text
    Additional file 1: Table S1. Surface areas, pore diameter and pore volume of HPDA nanoparticles. Figure S1. Biodistribution and clearance of HPDA and HPDAlR
    The Francis Crick Institute
    corecore

    CORE (COnnecting REpositories) is a not-for-profit service hosted by The Open University supported by CORE Members.

    Product
    • Services
    • Membership
    • Sponsorship
    • Labs
    Organisation
    • About us
    • Governance
    • Team
    • Data providers
    Support
    • Terms
    • FAQs
    • Blog
    • Contact us
    Writing about CORE?

    Discover our research outputs and cite our work.

    Follow us:
    COREAccessibilityCookiesPrivacy