Piepmeier Joseph M
Department of Neurosurgery, Yale University School of Medicine, New Haven, CT, USA.
J Neurooncol. 2009 May;92(3):253-9. doi: 10.1007/s11060-009-9870-z. Epub 2009 Apr 9.
Over the past two decades, the accumulated clinical and research experience has improved our understanding the biology of WHO grade II gliomas (G2G). While there have been relatively few randomized clinical trials in this population, those that exist and the experience from clinical reports have enhanced our understanding of how these tumors progressively increase in size, accumulate additional genetic mutations and ultimately transform into high-grade lesions. Our ability to reliably predict the time sequence of this transformation remains a challenge; however, recent findings have started to clarify selection criteria for adjuvant treatment. G2G remain a fatal disease for many patients. Continued investigation into the biology of these lesions will likely provide the information needed to select more appropriate therapy based on biological and genetic differences in these unique lesions. Some of this information will be derived from the study of high-grade lesions. However, experience has shown that much of the work on high-grade lesions is also applicable to low-grade lesions.
在过去二十年中,积累的临床和研究经验增进了我们对世界卫生组织二级胶质瘤(G2G)生物学特性的理解。虽然针对这一人群的随机临床试验相对较少,但已有的试验以及临床报告中的经验,加深了我们对这些肿瘤如何逐渐增大、累积更多基因突变并最终转变为高级别病变的理解。我们可靠预测这种转变时间序列的能力仍然是一项挑战;然而,最近的研究结果已开始明确辅助治疗的选择标准。对许多患者来说,G2G仍然是一种致命疾病。持续深入研究这些病变的生物学特性,可能会提供基于这些独特病变的生物学和基因差异来选择更合适治疗方法所需的信息。其中一些信息将来自对高级别病变的研究。然而,经验表明,许多关于高级别病变的研究工作也适用于低级别病变。