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Antibodies in proteomics I: generating antibodies.

机译:蛋白质组学中的抗体I:产生抗体。

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The explosion in genome sequencing, and in subsequent DNA array experiments, has provided extensive information on gene sequence, organization and expression. This has resulted in a desire to perform similarly broad experiments on all the proteins encoded by a genome. Panels of specific antibodies, or other binding ligands, will be essential tools in this endeavour. Because traditional immunization will be unlikely to generate antibodies in sufficient quantity, and of the required quality and reproducibility, in vitro selection methods will probably be used. This review - the first of two - examines the strategies available for in vitro antibody selection. The second review discusses the adaptation of these methods to high throughput and the uses to which antibodies, once derived, can be put.
机译:基因组测序以及随后的DNA阵列实验中的爆炸式增长提供了有关基因序列,组织和表达的广泛信息。这导致了对基因组编码的所有蛋白质进行类似广泛实验的愿望。特异性抗体或其他结合配体的组将是该努力中必不可少的工具。由于传统的免疫方法不太可能产生足够数量的抗体,并且不能产生所需的质量和可重复性,因此可能会使用体外选择方法。这篇综述(两篇中的第一篇)探讨了可用于体外抗体选择的策略。第二篇综述讨论了这些方法对高通量的适应性以及一旦获得抗体就可用于抗体的用途。

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