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  1. Zhao, Reping [Author]; Zhou, Xiangda [Author]; Khan, Essak S. [Author]; Alansary, Dalia [Author]; Friedmann, Kim S. [Author]; Yang, Wenjuan [Author]; Schwarz, Eva C. [Author]; Campo, Aránzazu del [Author]; Hoth, Markus [Author]; Qu, Bin [Author]

    Collagen density defines 3D migration of CTLs and their consequent cytotoxicity against tumor cells

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    Saarbrücken: Leibniz-Institut für Neue Materialien, 2021

  2. Zhao, Renping [Author]; Zhou, Xiangda [Author]; Khan, Essak S. [Author]; Alansary, Dalia [Author]; Friedmann, Kim [Author]; Yang, Wenjuan [Author]; Schwarz, Eva C. [Author]; Campo, Aránzazu del [Author]; Hoth, Markus [Author]; Qu, Bin [Author] ; Leibniz-Institut für Neue Materialien, Leibniz-Institut für Neue Materialien

    Collagen density defines 3D migration of CTLs and their consequent cytotoxicity against tumor cells

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    2021

    Published in: bioRxiv beta ; 2021

  3. Zhao, Renping [Author]; Zhou, Xiangda [Author]; Khan, Essak S. [Author]; Alansary, Dalia [Author]; Friedmann, Kim [Author]; Yang, Wenjuan [Author]; Schwarz, Eva C. [Author]; Campo, Aránzazu del [Author]; Hoth, Markus [Author]; Qu, Bin [Author] ; Leibniz-Institut für Neue Materialien, Leibniz-Institut für Neue Materialien

    Targeting the microtubule-network rescues CTL killing efficiency in dense 3D matrices

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    2021

    Published in: Frontiers in immunology ; 12(2021), Artikel-ID 729820, Seite 1-15

  4. Renping, Zhao [Author]; Zhou, Xiangda [Author]; Khan, Essak S. [Author]; Alansary, Dalia [Author]; Friedmann, Kim [Author]; Yang, Wenjuan [Author]; Schwarz, Eva C. [Author]; Campo, Aránzazu del [Author]; Hoth, Markus [Author]; Qu, Bin [Author] ; Leibniz-Institut für Neue Materialien, Leibniz-Institut für Neue Materialien, Universität des Saarlandes, Universität des Saarlandes

    Targeting the microtubule-network rescues CTL killing efficiency in dense 3D matrices

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    2021

    Published in: Cell Physics (Veranstaltung : 2021 : Saarbrücken): Book of abstracts ; (2021), Seite 156

  5. Alhayek, Alaa [Author]; Khan, Essak S. [Author]; Schönauer, Esther [Author]; Däinghaus, Tobias [Author]; Shafiei, Roya [Author]; Voos, Katrin [Author]; Han, Mitchell [Author]; Ducho, Christian [Author]; Posselt, Gernot [Author]; Weßler, Silja [Author]; Brandstetter, Hans [Author]; Haupenthal, Jörg [Author]; Campo, Aránzazu del [Author]; Hirsch, Anna K. H. [Author] ; Leibniz-Institut für Neue Materialien, Leibniz-Institut für Neue Materialien

    Inhibition of collagenase Q1 of Bacillus cereus as a novel antivirulence strategy for the treatment of skin-wound infections

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    2022

    Published in: Advanced therapeutics ; 5(2022), 3, Artikel-ID 2100222, Seite 1-12

  14. Alhayek, Alaa; Khan, Essak S.; Schönauer, Esther; Däinghaus, Tobias; Shafiei, Roya; Voos, Katrin; Han, Mitchell K. L.; Ducho, Christian; Posselt, Gernot; Wessler, Silja; Brandstetter, Hans; Haupenthal, Jörg; del Campo, Aránzazu; Hirsch, Anna K. H.

    Inhibition of Collagenase Q1 of Bacillus cereus as a Novel Antivirulence Strategy for the Treatment of Skin‐Wound Infections

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    Wiley, 2022

    Published in: Advanced Therapeutics, 5 (2022) 3