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Simulation-Based Wound Closure Training System

基于模拟的伤口闭合训练系统

基本信息

批准号：
7672050
负责人：
Dwight Meglan
金额：
$ 108.98万
依托单位：
SIMQUEST INTERNATIONAL, LLC
依托单位国家：
美国
项目类别：
财政年份：
2008
资助国家：
美国
起止时间：
2008-08-05 至 2011-06-30
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/7672050
关键词：
Achievement Address American College of Surgeons Behavior Budgets Build-it Caring Clinical Computer software Decision Making Development Educational Curriculum Educational process of instructing Emergency Medical Technicians Environment Evaluation Face Generations Goals Government Hand Health Personnel Healthcare Human Human Resources Imagery Learning Location Marketing Measures Mechanics Mentors Methods Metric Military Personnel Modeling Nature Nurses Operating Rooms Operative Surgical Procedures Outcome Patients Peer Review Persons Phase Phase II Clinical Trials Physics Procedures Production Publications Relative (related person)Research Research Design Research Infrastructure Simulate Skin Small Business Innovation Research Grant Solutions Specific qualifier value Staging Structure Surgeon Surgical incisions Surgical sutures System Systems Integration Text Time Tissues Training United States United States National Institutes of Health Work base commercialization cost experience grasp meetings minimally invasive patient safety prevent programs prototype public health relevance response satisfaction simulation skills skills training success system architecture tool wound

项目摘要

DESCRIPTION (provided by applicant): The pressures of reduced training hours, increased numbers of procedures to master, demands for operating room usage efficiency, and maximizing performance of services whose costs can be recovered has impacted the traditional ways of patient-centric surgeon training. Technology is being increasingly incorporated into the process, especially in minimally invasive procedures in the form of computer-based interactive skills trainers. Yet the majority of surgery is still performed through open-incision access and there are no simulation-based training systems available for this training. The foundation for open surgery training is wound closure and this is the simulation that will be built in this proposal. This work builds upon earlier prototype work that has proved the fundamental concept is possible. Taking that as a starting point, this effort will refine physics-based simulation of tool-tissue interaction and implement training content for wound closure that conforms with recently announced curricula for surgical resident training. The underlying simulator architecture that results will serve as a platform for additional training content in the future. The outcome of this proposal will be a cost appropriate simulator that is ready to go to the next stage of commercialization, where it can meet the needs of surgeons in addition to those of many other groups of healthcare professionals who need basic wound closure training.

描述（由申请人提供）：减少培训时间、增加需要掌握的手术数量、对手术室使用效率的要求以及最大限度地提高可收回成本的服务绩效等压力，影响了以患者为中心的外科医生培训的传统方式。技术越来越多地融入到这一过程中，特别是在基于计算机的交互式技能培训师形式的微创手术中。然而，大多数手术仍然通过开放切口进行，并且没有可用于这种培训的基于模拟的培训系统。开放手术训练的基础是伤口闭合，这就是本提案中将建立的模拟。这项工作建立在早期原型工作的基础上，该工作已证明基本概念是可行的。以此为起点，这项工作将完善基于物理的工具与组织相互作用的模拟，并实施符合最近公布的外科住院医师培训课程的伤口闭合培训内容。由此产生的底层模拟器架构将作为未来额外培训内容的平台。该提案的结果将是一个成本合适的模拟器，已准备好进入下一阶段的商业化，除了满足需要基本伤口闭合培训的许多其他医疗保健专业人员群体的需求外，它还可以满足外科医生的需求。