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纳米技术已经在物理、化学、材料、信息与生命科学领域得到广泛应用,并且开始在纳米医药领域得到重视.2012年8月出版的Physics Today期刊刊登了美国癌症研究国家实验室(NCL)纳米技术表征实验室的研究员、美国大学物理学副教授Jen-nifer Grossman和NCL实验室主任Scott McNeil关于纳米技术与肿瘤医学的文章,摘译如下:癌症是一种生物内在的疾病,在癌肿瘤中,细胞的复制不再按照常规机制进行调控.化学药物治疗是历史上用于治疗肿瘤的最有效的工具之一,
Nanotechnology has gained widespread use in the fields of physics, chemistry, materials, information and life sciences and is beginning to gain prominence in the field of nanomedicine. The Physics Today, published in August 2012, publishes the National Cancer Institute National Laboratory (NCL) Nanotechnology Jen-nifer Grossman, an associate professor of physics at the University of Texas, and Scott McNeil, NCL’s lab director for characterization laboratories, wrote an article on nanotechnology and oncology that reads: Cancer is a biologically intrinsic disease in which cancer cells Of replication is no longer regulated by conventional mechanisms.Chemotherapy is historically one of the most effective tools for treating tumors,