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HOW TO CONSTRUCT COLLAGEN SCAFFOLDS

Press/Media: Research

Description

Designing and building collagen-based superstructures is an essential condition for the development of both medical practice and lab research. Surprisingly, systematic research has been scarce. At TU/e (Eindhoven University of Technology) Laura van Hazendonk carried out her graduation research into the engineering of multiscale collagen scaffolds, working together with PhD student Paula Vena and Assistant Professor Heiner Friedrich. With her work, she won the 2020 AkzoNobel Graduation Award for Chemistry and process Technology.

Period2 Nov 2022

Media contributions

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Media contributions

  • TitleHOW TO CONSTRUCT COLLAGEN SCAFFOLDS
    Degree of recognitionInternational
    Media name/outletProfessional Media Group, NPT (Procesontwerp / Procesinnovatie)
    Media typeWeb
    Country/TerritoryBelgium
    Date2/11/22
    DescriptionDesigning and building collagen-based superstructures is an essential condition for the development of both medical practice and lab research. Surprisingly, systematic research has been scarce. At TU/e (Eindhoven University of Technology) Laura van Hazendonk carried out her graduation research into the engineering of multiscale collagen scaffolds, working together with PhD student Paula Vena and Assistant Professor Heiner Friedrich. With her work, she won the 2020 AkzoNobel Graduation Award for Chemistry and process Technology.
    Producer/AuthorDees, Mels
    URLhttps://nptprocestechnologie.pmg.be/nl/preview/EPTbe2150W05_00/5ff606e5a17c5e3e401a9ae03bf806a3663c0e63
    PersonsLaura S. van Hazendonk, Heiner Friedrich, M.P. (Paula) Vena
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