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An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation.

An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Research Abstract Details 

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  • An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Abstract Text:

    george q perrinGeorge Q Perrin,hua liHua Li,lauren fishbeinLauren Fishbein,susanne a thomsonSusanne A Thomson,min s hwangMin S Hwang,mark t scarboroughMark T Scarborough,anthony t yachnisAnthony T Yachnis,margaret r wallaceMargaret R Wallace,thomas h mareciThomas H Mareci,david muirDavid Muir,george q perrinGeorge Q Perrin,hua liHua Li,lauren fishbeinLauren Fishbein,susanne a thomsonSusanne A Thomson,min s hwangMin S Hwang,mark t scarboroughMark T Scarborough,anthony t yachnisAnthony T Yachnis,margaret r wallaceMargaret R Wallace,thomas h mareciThomas H Mareci,david muirDavid Muir,

    Malignant peripheral nerve sheath tumors (MPNST) are the most aggressive cancers associated with neurofibromatosis type 1 (NF1). Here we report a practical and reproducible model of intraneural NF1 MPNST, by orthotopic xenograft of an immortal human NF1 tumor-derived Schwann cell line into the sciatic nerves of female scid mice. Intraneural injection of the cell line sNF96.2 consistently produced MPNST-like tumors that were highly cellular and showed extensive intraneural growth. These xenografts had a high proliferative index, were angiogenic, had significant mast cell infiltration and rapidly dominated the host nerve. The histopathology of engrafted intraneural tumors was consistent with that of human NF1 MPNST. Xenograft tumors were readily examined by magnetic resonance imaging, which also was used to assess tumor vascularity. In addition, the intraneural proliferation of sNF96.2 cell tumors was decreased in ovariectomized mice, while replacement of estrogen or progesterone restored tumor cell proliferation. This suggests a potential role for steroid hormones in supporting tumor cell growth of this MPNST cell line in vivo. The controlled orthotopic implantation of sNF96.2 cells provides for the precise initiation of intraneural MPNST-like tumors in a model system suitable for therapeutic interventions, including inhibitors of angiogenesis and further study of steroid hormone effects on tumor cell growth.

    An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Publishing Authors By Initials

    gq perrinGQ Perrin,h liH Li,l fishbeinL Fishbein,sa thomsonSA Thomson,ms hwangMS Hwang,mt scarboroughMT Scarborough,at yachnisAT Yachnis,mr wallaceMR Wallace,th mareciTH Mareci,d muirD Muir,gq perrinGQ Perrin,h liH Li,l fishbeinL Fishbein,sa thomsonSA Thomson,ms hwangMS Hwang,mt scarboroughMT Scarborough,at yachnisAT Yachnis,mr wallaceMR Wallace,th mareciTH Mareci,d muirD Muir,

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    An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Journal Published:

    PUBLICATION TYPE: Research Support, U.S. Gov't,

    Journal: Laboratory investigation; a journal of technical m

    VOLUME: 87

    Page Numbers: 1092-102

    Journal Abbreviation: Lab. Invest.

    ISSN: 1530-0307

    DAY: 17

    MONTH: 09

    YEAR: 2007

    An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Information

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    LANGUAGE: eng

    NlmUniqueID: 376617

    An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation. Keywords Mesh Terms:

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    Grant and Affiliation Information for An orthotopic xenograft model of intraneural NF1 MPNST suggests a potential association between steroid hormones and tumor cell proliferation.

    AFFILIATION: Department of Neuroscience, College of Medicine, University of Florida, Gainesville, FL 32610-0244, USA. gperrin@ufl.edu

    Country: United States

    United States Research PublicationUnited States Research Publication

    AGENCY: United States NCI

    GRANT: T32-CA09126-27

    ACRONYM: CA

    MEDLINETA: Lab Invest

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