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Studienbibliothek

Ein Forschungsindex der Literatur, auf die wir verweisen. Zitate und Quellenangabe zu jedem Eintrag.

  • 2018· International Journal of Molecular SciencesGHK-Cu· EN

    Copper-binding tripeptide GHK: a biochemical review

    Pickart L., Margolina A.

    A biochemical review of the copper-binding tripeptide GHK and its complex, summarising experimental literature without reference to human use.

    Quelle: PubMed (abstract link; full text via publisher)

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  • 2015· BioMed Research InternationalGHK-Cu· EN

    GHK-Cu and extracellular-matrix gene expression in cultured cells

    Pickart L. et al.

    An in-vitro study reporting changes in extracellular-matrix-related gene expression in cultured cells exposed to the GHK-Cu complex.

    Quelle: PubMed (abstract link; full text via publisher)

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  • 2012· Expert Opinion on Biological TherapyTB-500· EN

    Thymosin beta-4 fragment and cell-migration assays

    Goldstein A. et al.

    A review discussing thymosin beta-4 and related fragments in the context of cell-migration assays in experimental systems.

    Quelle: PubMed (abstract link; full text via publisher)

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  • 2011· Journal of Applied PhysiologyBPC-157· EN

    Pentadecapeptide BPC 157 in tendon-cell models

    Chang C. et al.

    An experimental study examining the effect of BPC 157 on cultured tendon cells, reporting observations relevant to in-vitro tissue research.

    Quelle: PubMed (abstract link; full text via publisher)

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  • 2010· Current Pharmaceutical DesignBPC-157· EN

    Stable gastric pentadecapeptide BPC 157 and angiogenic processes in experimental models

    Sikiric P. et al.

    A review summarising experimental findings on the pentadecapeptide BPC 157 in the context of angiogenic and tissue processes in animal and in-vitro models.

    Quelle: PubMed (abstract link; full text via publisher)

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  • 2010· Annals of the New York Academy of SciencesTB-500· EN

    Thymosin beta-4 and actin sequestration: a structural overview

    Xue B. et al.

    A structural overview of thymosin beta-4 and its interaction with actin, providing background relevant to cytoskeletal research.

    Quelle: PubMed (abstract link; full text via publisher)

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