Bonnem E M
Semin Oncol. 1987 Jun;14(2 Suppl 2):48-60.
Early laboratory work demonstrated synergism from the combination of various cytotoxic agents and alfa interferon against various cell lines. In conjunction with anecdotal clinical reports of this synergism, multiple clinical trials were initiated to determine the tolerance and toxicity of the alfa interferons in conjunction with other antineoplastic agents/modalities. Phase I-II studies have been completed with alfa interferon and melphalan/prednisone, vincristine, vinblastine, etoposide (VP-16), cyclophosphamide, and radiation. In general, it may be stated that the toxicities are nonoverlapping and not unexpected. The tolerable doses of the interferons (IFNs) have generally been low. The future of research with interferon may be divided into three areas: Efforts must be made to determine how best to translate the in vitro synergy into clinically meaningful terms; in order to exploit the fullest potential of IFN, research is moving toward using this agent earlier in disease either as an adjuvant after tumor debulking or after initial diagnosis; the medical community must rethink the natural history of some diseases, because the fullest potential of the biologic agents will most likely manifest itself when these agents are used together.
早期的实验室研究表明,多种细胞毒性药物与α干扰素联合使用对多种细胞系具有协同作用。结合关于这种协同作用的临床轶事报道,开展了多项临床试验,以确定α干扰素与其他抗肿瘤药物/治疗方式联合使用时的耐受性和毒性。α干扰素与美法仑/泼尼松、长春新碱、长春花碱、依托泊苷(VP - 16)、环磷酰胺及放疗联合应用的I - II期研究已经完成。一般来说,可以说这些毒性并不重叠且在意料之中。干扰素(IFN)的可耐受剂量通常较低。干扰素的研究未来可分为三个领域:必须努力确定如何最好地将体外协同作用转化为具有临床意义的结果;为了充分发挥干扰素的潜力,研究正朝着在疾病早期使用该药物的方向发展,要么在肿瘤减瘤后作为辅助治疗,要么在初始诊断后使用;医学界必须重新思考某些疾病的自然病程,因为当这些生物制剂联合使用时,其最大潜力最有可能显现出来。