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癌症是一种系统生物学疾病。肿瘤系统生物学应用高通量技术和计算模型理解肿瘤的生物行为、鉴定肿瘤标志物和思考肿瘤治疗的新策略。癌症系统生物学整合肿瘤组织及血液样本中高通量“组学”信息,同时联合肿瘤诊断的新系统方法,可以筛选亚临床诊断的肿瘤标志物,分类肿瘤,评估肿瘤进展和治疗反应,预测肿瘤复发转移。重要的是系统生物学可以实现癌症的个体化治疗和系统治疗。系统方法对癌症的诊断和治疗有重要价值。癌症系统生物学的进步可能最终推动临床肿瘤学的发展。以系统生物学为基础的系统治疗在癌症之战中将发挥重要作用。
Cancer is a systemic disease. Oncology Systems Biology Using high-throughput techniques and computational models to understand the biological behavior of tumors, to identify tumor markers and to think about new strategies for cancer treatment. Cancer System Biology Integrating high-throughput “histology” information in tumor tissue and blood samples, combined with a novel system approach to tumor diagnosis, can screen subclinical tumor markers, classify tumors, assess tumor progression and response to treatment, Predict tumor recurrence and metastasis. What is important is that systems biology enables individualized and systematic treatment of cancer. The systematic approach is of great value in the diagnosis and treatment of cancer. Advances in the biology of the cancer system may eventually lead to the development of clinical oncology. Systematic treatment based on systems biology will play an important role in the battle of cancer.