Weintraub Lauren A, Sarwal Minnie M
Department of Pediatrics, Stanford University, Stanford, CA 94305, USA.
Transpl Int. 2006 Oct;19(10):775-88. doi: 10.1111/j.1432-2277.2006.00349.x.
Microarray technology holds a distinct advantage over traditional genomic methods, with the unique capability to rapidly generate multiple global gene expression profiles in parallel. This technology is quickly gaining widespread use in many areas of science and medicine because it can be easily adapted to study many experimental questions, particularly relating to disease heterogeneity. Microarray experiments have begun to advance our understanding of the underlying molecular processes in solid organ transplantation; however, several obstacles must be overcome before this technology is ready for application in the clinical setting. This article will review the current applications of microarray technology in the field of transplantation, and discuss the potential impact of this technology on monitoring of solid organ transplant recipients.
微阵列技术相对于传统基因组方法具有明显优势,它具有独特能力,能够并行快速生成多个全局基因表达谱。这项技术在科学和医学的许多领域正迅速得到广泛应用,因为它可以很容易地用于研究许多实验问题,特别是与疾病异质性相关的问题。微阵列实验已开始增进我们对实体器官移植潜在分子过程的理解;然而,在这项技术准备好应用于临床之前,必须克服几个障碍。本文将综述微阵列技术在移植领域的当前应用,并讨论该技术对实体器官移植受者监测的潜在影响。