Biometrics

生物统计学核心（以前的生物统计学核心）提供了基础设施， 在华盛顿大学和 弗雷德哈钦森癌症研究中心。特别是，核心提供了先进的统计方法， 在临床研究和实验室研究的设计，实施和分析CFAR的专业知识 investigators.生物识别核心还提供了CFAR生物医学研究人员之间的重要联系 以及华盛顿大学的大量生物统计学和其他定量科学教师 和弗雷德哈钦森癌症研究中心，他们正在开发艾滋病研究的新方法。的 CFAR临床，行为和实验室研究人员使用核心提供数据集进行分析， 鼓励生物统计学家、生物数学家、工程师和 华盛顿大学和FHCRC的计算机科学家。因此，这种联系有利于CFAR调查人员和学术界 定量科学研究者。 为了促进和促进这些多学科的互动，生物识别核心1）提供统计和 研究设计、表格设计、评估和预测试、数据方面的数学协作和咨询 分析、解释和报告;协调数据安全和监测委员会;提供数据输入 和数据管理服务;维护可用的计算设施（现场和远程 登录）到任何CFAR调查员; 3）作为核心用户与高级定量 需求和专家从生物统计，统计，数学，应用数学， 工程和计算机科学; 4）开发，适应和/或实施新的或新颖的统计和 数学方法;和5）组织活动，促进现有的沟通 艾滋病毒/艾滋病研究中的统计学家和其他生物统计学家的兴趣， 艾滋病研究的需求日益增长。

The Biometrics Core (formerly the Biostatistics Core) provides the infrastructure that facilitates an organized, synergistic, and centralized approach to statistics in AIDS research at the University of Washington and the Fred Hutchinson Cancer Research Center. In particular, the Core provides advanced statistical methods and expertise in the design, conduct and analysis of clinical research and laboratory studies to CFAR investigators. The Biometrics Core also provides a crucial link between the CFAR biomedical researchers and the large number of biostatistics and other quantitative sciences faculty at the University of Washington and the Fred Hutchinson Cancer Research Center who are developing new methods for AIDS research. The CFAR clinical, behavioral, and laboratory researchers using the Core provide datasets for analysis which motivate the development of new quantitative methods by biostatisticians, biomathematicians, engineers and computer scientists at UW and FHCRC. Hence, this link benefits CFAR investigators as well as academic quantitative science researchers. To promote and facilitate these multidisciplinary interactions the Biometrics Core 1) provides statistical and mathematical collaboration and consultation on study design, forms design, evaluation and pre-testing, data analysis, interpretation and reporting; coordinates Data Safety and Monitoring boards; provides data entry and data management services; maintains computing facilities that are available (both on site and by remote login) to any CFAR investigator; 3) serves as a liaison between the Core user with advanced quantitative needs and experts from the UW Departments of Biostatistics, Statistics, Mathematics, Applied Mathematics, Engineering, and Computer Science; 4) develops, adapts and/or implements new or novel statistical and mathematical methods as needed; and 5) organizes activities that promote communication among existing statisticians in HIV/AIDS research and interest from other biostatisticians that can be recruited to meet the growing demand of AIDS research.