Book Chapter

Patient-derived xenograft models of ovarian/gynecologic tumors

L Liang, I Mercado-Uribe, N Niu, Y Jiang, W Cheng, J Zhang, GB Mills, C Scott, AK Sood, J Liu

Patient Derived Tumor Xenograft Models Promise Potential and Practice | ELSEVIER ACADEMIC PRESS INC | Published : 2017

Abstract

Patient-derived xenografts (PDXs) have become the most promising preclinical model for gynecologic malignances, especially ovarian cancer. To generate PDX models of ovarian cancer, fresh human tumors have been injected into different sites in mouse models, including the intraovarian bursa, intraperitoneal cavity, subcutaneous tissue, gonadal fat pad, mammary fat pad, and subrenal capsule. The engraftment of first-generation ovarian cancer PDXs usually takes 2-6. months. Success rates for first-generation ovarian cancer PDXs range from 25% to 80%, depending on many factors, including the type of immunocompromised mice, tumor histotypes, and implant sites. The ovarian cancer PDXs have been sho..

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University of Melbourne Researchers