DATA COMPILATION

数据汇编和生物信息学 数据汇编和生物信息学共享资源（DCBSR）将提供服务，指导，培训， （通过研讨会、网站等）癌症中心的研究人员在国家的领域大容量 数据存储和检索以及基因组学、计算生物学和途径/结构分析。的 DCBSR旨在将原始数据汇编共享资源扩展到生物信息学， 计算生物学研究和服务历史上没有被其他核心覆盖，但有 很大的需求。此外，DCBSR将建立计算和信息学基础设施 服务和研究提供了两个独特的资源UCSD和更大的 与癌症中心的合作关系已经形成：圣地亚哥超级计算机中心 (SDSC; www.sdsc.edu）和加州电信与信息研究所（ 技术（Cal-IT 2; www.calit2.net）。 癌症中心支持补助金（CCSG）将补充和协同与那些与 生物统计学共享资源和行为测量共享资源，以及，除其他外， 微阵列共享资源、DNA测序共享资源和数字成像共享资源 Resource. DCBSR将提供的具体服务包括： 1.为研究人员提供现代信息学和生物信息学支持的基础设施 2. DNA序列操作和分析，包括多态性评估 3.多态性分析和单体型分析 4.蛋白质结构与计算分析 5.生化网络与途径分析 6.大规模数据归档和历史信息检索 7.大型研究和临床数据库设计与建设 8.提供对最先进的数据采集设备和技术的访问和监督 9.制定和实施对医疗记录查询和数据收集具有HIPAA敏感性的方法

Data Compilation and Bioinformatics The Data Compilation and Bioinformatics Shared Resource (DCBSR) will provide service, guidance, training, and exposure (via workshops, website, etc.) to Cancer Center researchers in state-of-the-field large-capacity data storage and retrieval as well as genomic, computational biology, and pathway/structural analyses. The DCBSR has been designed to extend the original Data Compilation Shared Resource into bioinformatics and computational biology research and services not historically covered by other cores, but for which there is great demand. In addition, the DCBSR will build off infrastructure for computational and informatics services and research provided by two resources unique to UCSD and for which greater collaborative ties with the Cancer Center have been formed: the San Diego Supercomputer Center (SDSC; www.sdsc.edu) and the California Institute of Telecommunications and Information Technology (Cal-IT2; www.calit2.net).The expertise and activities associated with the DCBSR as part of the Cancer Center Support Grant (CCSG) will compliment and synergize with those associated with the Biostatistics Shared Resource and the Behavior Measurement Shared Resource as well as, among others, the Microarray Shared Resource, the DNA Sequencing Shared Resource, and the Digital Imaging Shared Resource. The specific services to be provided by the DCBSR will include: 1. Infrastructure for modern informatics and bioinformatics support to investigators 2. DNA sequence manipulation and analysis, including polymorphism assessment 3. Polymorphism analysis and haplotyping 4. Protein structure and computational analysis 5. Biochemical network and pathway analysis 6. Large-scale data archiving and historical information retrieval 7. Large-scale research and clinical database design and construction 8. Provide access and oversight to state-of-the-field data capture devices and technologies 9. Develop and implement HIPAA-sensitive methods for medical record queries and data collection