Valenzuela Espinoza Alexis, Van Hooff Robbert-Jan, De Smedt Ann, Moens Maarten, Yperzeele Laetitia, Nieboer Koenraad, Hubloue Ives, de Keyser Jacques, Convents Andre, Fernandez Tellez Helio, Dupont Alain, Putman Koen, Brouns Raf
Center for Neurosciences (C4N), Vrije Universiteit Brussel (VUB), Brussels, Belgium.
Cerebrovasc Dis. 2016;42(1-2):15-22. doi: 10.1159/000444175. Epub 2016 Mar 8.
In-ambulance telemedicine is a recently developed and a promising approach to improve emergency care. We implemented the first ever 24/7 in-ambulance telemedicine service for acute stroke. We report on our experiences with the development and pilot testing of the Prehospital Stroke Study at the Universitair Ziekenhuis Brussel (PreSSUB) to facilitate a wider spread of the knowledge regarding this technique.
Successful execution of the project involved the development and validation of a novel stroke scale, design and creation of specific hardware and software solutions, execution of field tests for mobile internet connectivity, design of new care processes and information flows, recurrent training of all professional caregivers involved in acute stroke management, extensive testing on healthy volunteers, organisation of a 24/7 teleconsultation service by trained stroke experts and 24/7 technical support, and resolution of several legal issues.
In all, it took 41 months of research and development to confirm the safety, technical feasibility, reliability, and user acceptance of the PreSSUB approach. Stroke-specific key information can be collected safely and reliably before and during ambulance transportation and can adequately be communicated with the inhospital team awaiting the patient.
This paper portrays the key steps required and the lessons learned for successful implementation of a 24/7 expert telemedicine service supporting patients with acute stroke during ambulance transportation to the hospital.
救护车远程医疗是一种最近发展起来且有前景的改善急救护理的方法。我们实施了首个针对急性中风的全天候救护车远程医疗服务。我们报告了在布鲁塞尔大学医院开展院前中风研究(PreSSUB)的开发和试点测试的经验,以促进关于该技术的知识更广泛传播。
该项目的成功实施涉及开发和验证一种新型中风量表、设计和创建特定的硬件和软件解决方案、进行移动互联网连接的现场测试、设计新的护理流程和信息流、对参与急性中风管理的所有专业护理人员进行反复培训、对健康志愿者进行广泛测试、由训练有素的中风专家组织全天候远程会诊服务和全天候技术支持,以及解决若干法律问题。
总共花费了41个月的研发时间来确认PreSSUB方法的安全性、技术可行性、可靠性和用户接受度。在救护车运送之前和期间,可以安全可靠地收集特定于中风的关键信息,并能与等待患者的院内团队充分沟通。
本文描述了在救护车运送患者至医院期间成功实施支持急性中风患者的全天候专家远程医疗服务所需的关键步骤和经验教训。