Analytic Core

分析氧化还原核心--项目摘要 南卡罗来纳州氧化剂、氧化还原平衡和胁迫信号分析 核心(ARC)为中心成员提供基础设施、专业知识和培训，以支持成功的申请 氧化还原动态平衡和细胞生物能量学研究的定量技术。这包括唯一的 氧化还原敏感分子和酶的检测方法、技术和设备 驱动氧化还原动态平衡的因素。ARC的目标是：为调查人员提供高级能力 定量分析氧化还原生物化学.最新生物能量分析.分析和表征 氧化还原信号途径；特别是与Cobre的专家指导、教育、培训和咨询 人员是ARC的首要任务。因此，我们能够传递氧化还原信号通路的重要性。 在人类疾病方面，确保我们用户基础的持续核心利用和发展，同时使科学 科布雷研究人员和更大的MUSC研究界的发现。在第三阶段，我们将 整合以前可通过以下途径获得的关键资源(例如，海马XF生物能谱分析分析 生物能量学核心，现在不再可用。结合我们在分析生物化学方面的专业知识， 第三阶段ARC旨在为Cobre成员提供多学科和全面的服务套件 用于量化ROS/RNS物种和氧化还原修饰的蛋白质以及它们对 生物能量网络和病理生物学过程。

Analytical Redox Core – Project Summary The South Carolina COBRE in Oxidants, Redox Balance and Stress Signaling (Redox COBRE) Analytical Redox Core (ARC) offers infrastructure, expertise and training to Center members to support the successful application of quantitative techniques for the study of redox homeostasis and cellular bioenergetics. This includes unique approaches, technologies and equipment specific to the detection of redox-sensitive molecules and enzymes that drive redox homeostasis. The aims of the ARC are to: provide investigators with advanced capabilities in quantitative analytical redox biochemistry; state-of-the-art bioenergetic profiling; analysis and characterization of redox signaling pathways; and in particular, expert mentoring, education, training and consultation with COBRE personnel are top priorities of the ARC. Thus, we are able to impart the importance of redox signaling pathways in human disease, ensuring ongoing Core utilization and development of our user base, while enabling scientific discovery by COBRE investigators and the greater MUSC research community. During Phase III, we will integrate key resources (e.g., Seahorse XF bioenergetics profiling assays) previously available through the Bioenergetics Core that is now no longer available. Combined with our expertise in analytical biochemistry, the Phase III ARC aims to provide COBRE members with a multidisciplinary and comprehensive suite of services for quantifying ROS/RNS species and redox-modified proteins as well as characterization of their impact on bioenergetic networks and pathobiological processes.