REDEVELOPMENT OF VOLTAGE PROBE

电压探头的重新开发

• 批准号: 6120178
• 负责人: JOHN ADAMS
• 金额: $ 0.37万
• 依托单位: MARINE BIOLOGICAL LABORATORY
• 依托单位国家: 美国
• 财政年份: 1998
• 资助国家: 美国
• 起止时间: 1998-12-01 至 2000-02-29
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/6120178
• 关键词: animal tissue; biomedical resource; cardiovascular system; human tissue; musculoskeletal system

Whenthe original resource was established in 1983 it was to develop and provide access to the vibrating voltage probe. However, over the past six years the use of this system has declined dramatically as interest has focused on identifiable ion transport and small single cell studies. There is another reason for the lack of interest in using this device. Despite rapid progress in its development in the middle eighties the current system has not evolved since the last designs by Carl Scheffey. Thus they are now some 10 years out of date and extremely cumbersome to use. Modern computing technology offers the possibility of streamlining this system and making it more easily available without continuous technical oversight. Although a feasible objective the use of this instrumentation does not warrant a high percentage effort from BRTP funds. However, we were approached in March by Adams of the engineering department in Merrimack College who expressed an interest in joining in a coll aborative effort to redevelop thissystem, Adams' expertise is primarily in theory so we do not expect rapid progress but rather regard it as a hopeful venture at little cost to the group which also provides him a basic training in the technology and signal averaging.

当最初的资源在1983年建立时，它是 开发并提供接近振动电压探头的通道。然而， 在过去的六年里，这个系统的使用率有所下降 随着人们的兴趣集中在可识别的离子传输和 小型单细胞研究。另一个原因是缺乏 对使用此设备感兴趣。尽管ITS取得了快速进展 80年代中期的发展目前的制度并没有演变 自从卡尔·谢菲的上一次设计以来。因此，他们现在大约有10人 几年前就过时了，使用起来极其笨拙。现代计算 技术提供了简化这一系统的可能性，并 使其更容易获得，而无需持续的技术 疏忽。虽然这是一个可行的目标，但使用这个 检测不能保证BRTP付出高百分比的努力 资金。然而，三月份的亚当斯找到了我们 Merrimack学院的工程系表示有兴趣 在加入重新开发这个系统的集体努力中，亚当斯 专业知识主要是理论上的，所以我们不指望快速进步。 而是认为这是一次充满希望的冒险，对集团来说几乎没有什么成本 这也为他提供了技术和信号方面的基本培训 平均。