癌症纳米医学发展面临的挑战

D. Chopra
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引用次数: 0

摘要

:传统癌症疗法的固有局限性刺激了癌症纳米医学的发展。这主要归功于其在药物递送、诊断和成像、合成疫苗开发和微型医疗设备方面的独特功能,以及一些纳米材料的固有治疗特性。整合了其中一些特征的纳米疗法已经在使用,其他的在临床开发中具有巨大潜力,在不久的将来会有明确的结果。为了开发智能癌症纳米医学,通过更好地了解癌症的分子基础,弥合Bio-Nanoscience与癌症纳米医学之间的差距至关重要。通过患者分层、合理药物选择、联合治疗、与免疫疗法的协同作用,可以加速癌症纳米医学的发展。在无进展生存期中表现出显著增加的纳米平台是最理想的。
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Challenges in Development of Nanomedicine for Treatment of Cancer
: The inherent limitations of conventional cancer therapies have stimulated the growth of cancer nanomedicine. This is primarily attributable to its unique features for drug delivery, diagnosis and imaging, synthetic vaccine development and miniature medical devices, supplemented with the inherent therapeutic property of some nanomaterials. Nanotherapies that integrate some of these features are already in use and others have great potential in clinical development, with definitive results in near future. In order to develop smart cancer nanomedicine, it is very essential to bridge the gap between Bio-Nanoscience and Cancer Nanomedicine with a better understanding about the molecular basis of cancer. The development of smart cancer nanomedicine can be accelerated by patient stratification, rational drug selection, combination therapy, synergism with immunotherapeutics. The nanoplatforms that exhibit a significant increase in progression free survival are most desirable.
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