CORE--SCIENTIFIC CORE

核心--科学核心

• 批准号: 6344901
• 负责人: EDMOND I EGER
• 金额: $ 13.17万
• 依托单位: UNIVERSITY OF CALIFORNIA, SAN FRANCISCO
• 依托单位国家: 美国
• 财政年份: 2000
• 资助国家: 美国
• 起止时间: 2000-08-01 至 2001-07-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/6344901
• 关键词: analytical chemistry; biomedical facility; fluorohydrocarbon; inhalation anesthesia

The Scientific Core portion of the Program Project provides investigative and administrative support to all investigators. This Core will serve as a resource for Harris, Kendig, and Overduin, who will make use of the expertise in Eger's Laboratory for analysis of anesthetic and non- immobilizer gases/vapors. These analyses will include measurements of these compounds in both liquid and gas phases, and determination of compound solubilities in various solvent phases. Solubilities will be determined at various temperatures to permit interpolation of values for specific experiments. Finally, this Core support will permit the more economical purchase of commercially available fluoroalkanes. The Scientific Core also will enable Eger to make the administrative arrangements needed for the formal biannual meeting of all investigations and will support the travel of investigators at UCSF and consultants to the program to those meetings. (Separate support for travel is requested by subcontracting institutions.) Administrative overview of budgetary matters also will be supported in this Core. Core funding also will support Eger's efforts to ensure the quality of the work that will result from the program (quality control).

该计划项目的科学核心部分为所有调查人员提供了调查和行政支持。该核心将作为Harris，Kendig和OverDuin的资源，他们将利用Eger实验室中的专业知识来分析麻醉和非固定剂气体/蒸气。这些分析将包括对液体和气相中这些化合物的测量，并确定各种溶剂相中的复合溶解度。溶解度将在各种温度下确定，以允许特定实验的值插值。最后，这种核心支持将允许更经济地购买市售的氟烷烃。科学核心还将使Eger能够为所有调查进行正式的双年度会议所需的行政安排，并将支持UCSF的调查人员和顾问前往该计划参加这些会议。 （分包机构要求单独支持旅行。）预算事项的管理概述也将在此核心中得到支持。核心资金还将支持EGER为确保该计划所产生的工作质量的努力（质量控制）。