RCN: Phenotype Ontology Research Coordination Network

关于生物体外观、行为和功能的知识，即，它的“表型”是解释潜在基因和环境效应相互作用的核心。 然而，以一种可以与数千个分子遗传和环境数据库相关联的方式表示表型仍然很困难。该项目的目标是建立一个专家网络，这些专家来自正在独立开发表示和共享表型数据的方法的社区，他们研究植物和动物表型以及计算机表示方法（本体论）。通过这个研究协调网络，科学家们将聚集在一起，协调他们的活动，以：（1）制定准确表型表示的标准和最佳实践;（2）建立植物，脊椎动物和节肢动物的关键参考本体;（3）交叉引用这些本体，以便可以轻松共享和访问关键数据。协调科学努力，以便从一开始就在数据库中建立有效的联系，是发展数据网络的一个有效和经济的机制。植物和动物在基因、表型和环境之间表现出复杂的整合，这些数据的网络将使科学发现和进步得以快速发展。该项目还将接触到可以使用数据的科学家，帮助他们链接到数据，并教育他们的社区了解这些计算方法及其实用性。

Knowledge of how an organism looks, behaves and functions, i.e., its "phenotype", is central to interpreting the interaction of underlying genes and environmental effects. Representing phenotype in a way that can be linked to thousands of molecular genetic and environmental databases, however, remains difficult. The goal of this project is to establish a network of experts on plant and animal phenotypes and on computer representation methods (ontologies) from communities that are independently developing ways to represent and share phenotypic data. Through this Research Coordination Network, scientists will be brought together and their activities coordinated to: (1) develop standards and best practices for accurate phenotype representations; (2) build key reference ontologies for plants, vertebrates, and arthropods; and (3) cross reference these ontologies so that key data can be easily shared and accessed. Coordinating scientific efforts so that effective linkages are built into databases from the outset is an efficient and economical mechanism to develop a data network. Plants and animals show complex integration across genes, phenotype and environment, and a network of these data will enable rapid scientific discovery and progress. This project also will reach out to scientists who can use the data, help them link to it, and educate their communities about these computational methods and their utility.