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GIA 2011: Genomics in Aquaculture 2011 Symposium

机译:GIA 2011:2011年水产养殖基因组学研讨会

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摘要

Genomics, although a relatively young branch of science, has had a tremendous scientific, social, and economic impact in the world. Aquaculture genomics research started around 15 years ago, but progress at the beginning was slow due to limited funding. However, this situation has been changing due to technological advances that are accessible to aquaculture researchers. Among many of the technological advances, the next-generation sequencing technologies have had the largest impact on aquaculture genomics. Nowadays the sequencing cost is dropping rapidly, enabling studies of structure, expression, and function of the entire genome in a wide variety of aquaculture species. Along with the major progress made in aquaculture genomics in the last several years, there are major challenges in dealing with the huge amount of data. Large datasets in multiples of terabytes themselves pose challenges in data processing, analysis, and storage. More importantly, how to draw biological information useful for aquaculture out of the huge datasets is a tremendous challenge. Facing such challenges, the series of the Genomics in Aquaculture (GIA) symposium was born.
机译:基因组学虽然是一门相对年轻的科学学科,但在世界范围内产生了巨大的科学,社会和经济影响。水产养殖基因组学研究始于15年前,但由于资金有限,开始时进展缓慢。但是,由于水产养殖研究人员可以利用的技术进步,这种情况正在改变。在许多技术进步中,下一代测序技术对水产养殖基因组学的影响最大。如今,测序成本正在迅速下降,从而可以研究各种水产养殖物种中整个基因组的结构,表达和功能。在过去几年中,随着水产养殖基因组学的重大进展,处理大量数据也面临着重大挑战。数TB的大型数据集本身给数据处理,分析和存储带来了挑战。更重要的是,如何从庞大的数据集中提取对水产养殖有用的生物信息是一项巨大的挑战。面对这样的挑战,“水产养殖基因组学”系列研讨会诞生了。

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