可以. 服务费为总费用15%

 Gene expression in eukaryotes is regulated primarily at the level of transcription. Biochemical, genetic and molecular genetic analyses of a handful of genes have provided a basic understanding of transcription. Advances in proteomics have rapidly expanded the repertoire of proteins and protein-protein interactions that participate in gene expression, and genome-wide analyses of protein distributions across genomes and gene expression are expanding and challenging our knowledge. For example, RNA polymerase II is found concentrated at the promoters of thousands of genes, causing much interest in the field to shift focus to the role of elongation in regulating gene expression. The functions of vast noncoding, transcribed regions of the genome are largely unknown. HDACs, thought to function primarily as repressors, tend to be associated with highly transcribed genes. This meeting will explore new and exciting aspects of eukaryotic gene regulation emerging from genomic, proteomic and other high-throughput techniques.

在真核生物中基因表达的调节主要是在转录水平。少数基因的生化，遗传和分子遗传分析提供了一个基本的了解转录。蛋白质组学研究进展迅速扩大的蛋白质和参与基因表达的蛋白质 - 蛋白质相互作用的剧目，和整个基因组和基因表达的蛋白质分布的全基因组分析扩大和挑战我们的知识。例如，RNA聚合酶II发现集中在成千上万个基因的促销员，导致在该领域的极大兴趣，在调节基因表达的重点转移到伸长的作用。广大非编码的功能，基因组的转录区域在很大程度上是未知的。化酶，认为主要功能阻遏，往往是高转录基因相关。本次会议将探讨新的和令人兴奋的方面，从基因组学，蛋白质组学和其他高通量技术的出现真核基因调控。

 每年一届　

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