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The Making of a Portrait - Bringing it into Focus

机译:人像的制作-聚焦

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The data generated by DNA arrays are often described as the molecular "portrait" of a particular physiological/pathological sample. Although the emotional reactions could range from revulsion to adoration when viewing those portraits, as it might be when viewing some contemporary art, array technology has fundamentally changed the way researchers approach many biomedical questions. With its ability to monitor the expression level of tens of thousands genes simultaneously, microarray technology has been able to identify "markers" for complex diseases such as cancer. While massive amounts of work lie ahead to validate those marker genes, many researchers are turning their attentions to the low-density, focused arrays. When incorporated with current knowledge on specific biological pathways, these specially tailored macroarrays may be better fitted for purposes such as diagnosis, drug discovery and validation, and prognostic assessment of clinical treatments.
机译:DNA阵列生成的数据通常被描述为特定生理/病理样本的分子“肖像”。尽管观看这些肖像时的情绪反应可能从排斥到崇拜,但在观看某些当代艺术时可能会发生,但是阵列技术从根本上改变了研究人员处理许多生物医学问题的方式。凭借同时监测数万个基因表达水平的能力,微阵列技术已经能够识别复杂疾病(例如癌症)的“标志物”。尽管需要大量工作来验证这些标记基因,但许多研究人员正在将注意力转向低密度,聚焦阵列。当结合有关特定生物学途径的最新知识时,这些专门定制的宏阵列可能会更好地适合于诊断,药物发现和验证以及临床治疗的预后评估等目的。

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