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首页> 外文期刊>Oncology letters >Desmoplastic small round cell tumor (DSRCT) xenografts and tissue culture lines: Establishment and initial characterization
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Desmoplastic small round cell tumor (DSRCT) xenografts and tissue culture lines: Establishment and initial characterization

机译:增生性小圆形细胞瘤(DSRCT)异种移植物和组织培养系:建立和初步表征

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Desmoplastic small round cell tumor (DSRCT) is an extremely rare and aggressive neoplasm, which mainly affects young males and generally presents as a widely disseminated,tumor within the peritoneal cavity. Due to the rarity of the tumor, its younger and overall healthier patient population (compared with other tumor types) and the fact that it lacks definitive histological and immunohistological features, the diagnosis of DSRCT may be frequently delayed or the tumor may be entirely misdiagnosed as a different type of abdominal sarcoma. The present study aimed to rectify the lack of models that exist for this rare neoplasm, through the development of several DSRCT tissue cultures and xenograft lines. Samples were received from surgeries and biopsies from patients worldwide and were immediately processed for xenograft development in nude mice. Tumor tissues were minced and fragments were injected into the dorsal flanks of nude mice. Of the 14 samples received, nine were established into xenograft lines and five into tissue culture lines. Xenografts displayed the microscopic histology of their parent tumors and demonstrated two different growth rates among the established xenograft lines. Overall, the establishment of these xenograft and tissue culture lines provides researchers with tools to evaluate DSRCT responses to chemotherapy and to investigate DSRCT-specific signaling pathways or mechanisms.
机译:增塑小圆形细胞肿瘤(DSRCT)是一种极为罕见和侵袭性的肿瘤,主要侵袭年轻男性,通常表现为腹膜腔内广泛分布的肿瘤。由于肿瘤的稀有性,其年轻且总体上较健康的患者群体(与其他肿瘤类型相比)以及缺乏确定的组织学和免疫组织学特征的事实,DSRCT的诊断可能经常被延迟或可能被完全误诊为肿瘤不同类型的腹部肉瘤。本研究旨在通过开发几种DSRCT组织培养物和异种移植品系来纠正这种罕见肿瘤的模型缺乏。从外科手术和活检中获得了来自世界各地患者的样品,并立即对其进行了处理以在裸鼠体内进行异种移植。切碎肿瘤组织,并将片段注入裸鼠的背侧。在收到的14个样本中,有9个建立了异种移植系,有5个建立了组织培养系。异种移植物显示了其亲本肿瘤的显微组织学,并证明了已建立的异种移植物系之间的两种不同的生长速率。总体而言,这些异种移植物和组织培养系的建立为研究人员提供了评估DSRCT对化学疗法的反应以及研究DSRCT特异性信号通路或机制的工具。

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