Tárnok Attila
Department of Pediatric Cardiology, Cardiac Center Leipzig GmbH, University of Leipzig, Germany.
Cytometry A. 2006 Jul;69(7):555-62. doi: 10.1002/cyto.a.20317.
In the postgenomic era, to gain the most detailed quantitative data from biological specimens has become increasingly important in the emerging new fields of high-content and high-throughput single-cell analysis for systems biology and cytomics. Areas of research and diagnosis with the demand to virtually measure "anything" in the cell include immunophenotyping, rare cell detection and characterization in the case of stem cells and residual tumor cells, tissue analysis, and drug discovery. Systemic analysis is also a prerequisite for predictive medicine by genomics, proteomics, and cytomics. This issue of Cytometry Part A is dedicated to innovative concepts of system wide single cells analysis and manipulation, new technologies, data analysis and display, and, finally, quality assessment. The manuscripts to these chapters are provided by cutting edge experts in the fields. This overview will briefly highlight the most important aspects of this continuously developing field.
在后基因组时代,在新兴的高内涵和高通量单细胞分析领域,从生物样本中获取最详细的定量数据对于系统生物学和细胞组学变得越来越重要。在细胞中几乎需要测量“任何东西”的研究和诊断领域包括免疫表型分析、干细胞和残留肿瘤细胞情况下的稀有细胞检测与表征、组织分析以及药物发现。系统分析也是通过基因组学、蛋白质组学和细胞组学实现预测医学的先决条件。本期《细胞分析A部分》致力于系统范围的单细胞分析与操作的创新概念、新技术、数据分析与展示,以及最后的质量评估。这些章节的稿件由该领域的前沿专家提供。本综述将简要突出这个不断发展领域的最重要方面。