Administrative Core

行政核心的目标与科学核心的目标明显不同。它的主要特点 任务是组织、支持和管理UIUC细胞神经蛋白质组学中心 发信号。主要活动包括资源管理、教育和外联以及数据共享 疏忽。管理核心将个人核心PI和生物学结合在一起 与中心的内部顾问委员会和外部顾问委员会的用户。第一个领域 介绍了该中心的组织和业务计划，重点是促进 中心人员与用户之间的沟通。毕竟，我们的目标是建立一个符合逻辑的 相互关联的神经蛋白质组学中心，而不仅仅是管理由 个人调查员。成功和持续地努力获取和升级我们的测量 基础设施进行了描述。此外，在外联和培训方面的努力，都是针对中心的用户 并对整个神经科学和药物滥用研究社区进行了重点介绍。我们也 概述UIUC中心和核心之间的关系。几个 神经蛋白质组学中心是由NIDA在四年前发起的，其目标是提供 神经生物学家有能力(1)受益于蛋白质组学实验，(2)建立一支 将在分析神经样本方面发展专业知识的蛋白质组学专家，以及(3)开发和 改进与神经生物学相关的现有技术。行政核心是 UIUC细胞-细胞神经蛋白质组学中心将所有这三项努力结合在一起的凝聚力 发信号。

The goals of the Administrative Core are clearly distinct from those of the scientific cores. Its major tasks are to organize, support, and manage the UIUC Neuroproteomics Center on Cell-Cell Signaling. Primary activities include resource management, education and outreach, and datasharing oversight. The Administrative Core brings together the individual core Pis and the biological users with the Center's internal advisory committee and external advisory board. The first area described is the Center's organization and operational plans, with an emphasis on facilitating communication between Center personnel and the users. After all, the goal is to establish a logically interconnected neuroproteomics center and not simply to manage separate projects undertaken by individual investigators. Successful and continuing efforts to acquire and upgrade our measurement infrastructure are described. In addition, efforts in outreach and training, both for users of the Center and for the entire neuroscience and drug abuse research communities are highlighted. We also present an overview of the UIUC Center and the relationship between the cores. Several neuroproteomics centers were initiated four years ago by NIDA with the stated goals to provide neurobiologists with the ability to (1) benefit from proteomics experiments, (2) build a cadre of proteomics experts who will develop expertise in analyzing neural samples, and (3) develop and improve existing technologies as they relate to neurobiology. The Administrative Core is the cohesive force that binds all three of these efforts in the UIUC Neuroproteomics Center on Cell-Cell Signaling.