Bioinformatics Core

项目摘要-生物信息学核心 SC INBRE生物信息学核心使用各种方法来促进整个SC的生物信息学 INBRE网络。生物信息学核心将继续集中在三个领域--培训、服务和 研究-促进基因组学、蛋白质组学和个性化医学研究的增长。为了 促进在整个南部州发展生物信息学劳动力的更分散的模式 以卡罗莱纳州为核心，将实施多种模式的培训。它将继续支持传统的 通过制定一系列培训学生、科研人员和教职员工的机制 旨在为典型的生命科学研究人员配备所需专业知识的研讨会 生物信息学研究。此外，生物信息学核心将为任何 感兴趣的网络机构，以满足其研究人员的具体需求。这些定制课程将服务于 作为PUIS教员可以采用的课程的基础，以增强他们的生物信息学 课程设置。生物信息学核心将继续提供数据存储、数据仓储、数据托管、主机 网站，并提供计算服务。此外，该核心将继续为基因组和 蛋白质组数据分析，包括转录组/基因组组装，差异基因表达，以及 比较基因组学，将为SC INBRE研究人员提供设计实验和协助 格兰特写作。生物信息学核心将继续支持SC的生物信息学试点项目(BIPP INBRE IV，同时介绍学生发起的研究项目(SIRP)。学生(毕业生和 本科生)将与一名教师导师合作提出项目，该导师将监督整个 项目的进展情况。学生将参加一个工作坊，接受与助学金最佳实践相关的指导。 并将被鼓励与现有的BIPP或DRP资助的调查员合作。核心意志 继续支持所有SC INBRE网络成员访问研究资源，继续其 为所有PUI教职员工提供图书馆服务支持。核心主管将定期评估生物信息学需求 通过访问每个校园并与教职员工和学生会面以及反馈，建立SC INRBE网络 从培训课程/讲习班收到。作为其研究努力的一部分，生物信息学核心将继续 开发生物信息学工具并与整个SC INRBE网络的研究人员共享。

Project Summary – Bioinformatics Core The SC INBRE Bioinformatics Core uses a variety of approaches to promote Bioinformatics across the SC INBRE Network. The Bioinformatics Core will continue to focus efforts in three areas – training, services, and research – to facilitate the growth of research in genomics, proteomics, and personalized medicine. In order to facilitate a more distributed model of developing the Bioinformatics workforce across the state of South Carolina, the core will implement various models of training. It will continue to support the traditional mechanisms of training students, scientific staff and faculty through the development of a sequence of workshops that are aimed to equip a typical life science researcher with expertise needed to embark on Bioinformatics research. In addition, the Bioinformatics Core will create customized training courses for any interested network institutions to meet the specific needs of their researchers. These custom courses will serve as the foundation for courses that can be adopted by the faculty at PUIs to enhance their Bioinformatics curriculum. The Bioinformatics core will continue to provide data storage, data warehousing, data hosting, host websites, and provide computing services. In addition the core will continue to provide support for genomic and proteomic data analysis including transcriptome/genome assembly, differential gene expression, and comparative genomics and will provide SC INBRE investigators for designing experiments and assistance with grant writing. The Bioinformatics Core will continue to support Bioinformatics Pilot Projects (BIPP) in SC INBRE IV while introducing Student Initiated Research Projects (SIRP). Students (graduate and undergraduate) will propose projects in collaboration with a faculty mentor who will oversee the overall progress of the project. Students will attend a workshop to receive instructions related to best practices in grant writing and will be encouraged to collaborate with an existing BIPP or DRP funded investigator. The Core will continue its support of access to research resources for all SC INBRE network members by continuing its support for library services to all PUI faculty. The Core director will routinely assess the Bioinformatics needs of the SC INRBE network by visiting each campus and meeting with faculty and students in addition to feedback received from training courses/workshops. As part of its research efforts, the Bioinformatics Core will continue to develop and share Bioinformatics tools with researchers across the SC INRBE network.