Porpiglia M, Vicelli R, Durando A, Fracchioli S, Puopolo M, Katsaros D, Bellino R, Benedetto C
Cattedra C, Dipartimento di Discipline, Ginecologiche e Ostetriche, Day Hospital Oncologico Universitario, Azienda Ospedaliera OIRM-S. Anna, Torino, Italy.
Minerva Ginecol. 2004 Feb;56(1):91-104.
The identification of new molecular prognostic and predictive factors for ovarian cancer may contribute in deciding individual therapeutic strategies; on the other hand, there has been growing interest in new biologic therapies to correct molecular or genic lesions of neoplastic cells (genic therapy), or to activate the specific immune response (immunological therapy). Chemotherapy collateral toxic effects, as myelotoxicity, should be reduced through transfection of genes that modulate drug resistance in stem cells. The data at present available suggest then the potential role of these new treatments, are more specific and less toxic than current therapies; however, other biological-molecular studies are required to obtain the clinical applications of the results: Aim of this study is to provide a review of the most interesting data in ovarian cancer biologic therapy.
卵巢癌新分子预后和预测因素的识别可能有助于确定个体化治疗策略;另一方面,人们对纠正肿瘤细胞分子或基因损伤的新生物疗法(基因疗法)或激活特异性免疫反应(免疫疗法)的兴趣与日俱增。化疗的副作用,如骨髓毒性,应通过转染调节干细胞耐药性的基因来减轻。目前可得的数据表明这些新疗法具有潜在作用,比现有疗法更具特异性且毒性更小;然而,需要开展其他生物分子研究以使结果得以临床应用:本研究的目的是对卵巢癌生物治疗中最有价值的数据进行综述。