Kyriacou E, Pavlopoulos S, Berler A, Neophytou M, Bourka A, Georgoulas A, Anagnostaki A, Karayiannis D, Schizas C, Pattichis C, Andreou A, Koutsouris D
Biomedical Engineering Laboratory, Department of Electrical and Computer Engineering, National Technical University of Athens, Athens, Greece.
Biomed Eng Online. 2003 Mar 24;2:7. doi: 10.1186/1475-925x-2-7.
The provision of effective emergency telemedicine and home monitoring solutions are the major fields of interest discussed in this study. Ambulances, Rural Health Centers (RHC) or other remote health location such as Ships navigating in wide seas are common examples of possible emergency sites, while critical care telemetry and telemedicine home follow-ups are important issues of telemonitoring. In order to support the above different growing application fields we created a combined real-time and store and forward facility that consists of a base unit and a telemedicine (mobile) unit. This integrated system: can be used when handling emergency cases in ambulances, RHC or ships by using a mobile telemedicine unit at the emergency site and a base unit at the hospital-expert's site, enhances intensive health care provision by giving a mobile base unit to the ICU doctor while the telemedicine unit remains at the ICU patient site and enables home telemonitoring, by installing the telemedicine unit at the patient's home while the base unit remains at the physician's office or hospital. The system allows the transmission of vital biosignals (3-12 lead ECG, SPO2, NIBP, IBP, Temp) and still images of the patient. The transmission is performed through GSM mobile telecommunication network, through satellite links (where GSM is not available) or through Plain Old Telephony Systems (POTS) where available. Using this device a specialist doctor can telematically "move" to the patient's site and instruct unspecialized personnel when handling an emergency or telemonitoring case. Due to the need of storing and archiving of all data interchanged during the telemedicine sessions, we have equipped the consultation site with a multimedia database able to store and manage the data collected by the system. The performance of the system has been technically tested over several telecommunication means; in addition the system has been clinically validated in three different countries using a standardized medical protocol.
提供有效的紧急远程医疗和家庭监测解决方案是本研究讨论的主要关注领域。救护车、农村卫生中心(RHC)或其他偏远医疗场所,如在广阔海域航行的船只,都是可能的紧急情况发生地点的常见例子,而重症监护遥测和远程医疗家庭随访是远程监测的重要问题。为了支持上述不同的不断发展的应用领域,我们创建了一个结合实时和存储转发功能的设施,它由一个基站单元和一个远程医疗(移动)单元组成。这个集成系统:在救护车、RHC或船只处理紧急情况时,可通过在紧急现场使用移动远程医疗单元和在医院专家处使用基站单元来使用;通过在重症监护病房(ICU)患者处留下远程医疗单元,同时给ICU医生配备一个移动基站单元,增强重症医疗服务;通过将远程医疗单元安装在患者家中,同时基站单元留在医生办公室或医院,实现家庭远程监测。该系统允许传输重要的生物信号(3 - 12导联心电图、血氧饱和度、无创血压、有创血压、体温)和患者的静态图像。传输通过GSM移动通信网络、通过卫星链路(在GSM不可用的地方)或通过普通老式电话系统(POTS,在可用的地方)进行。使用这个设备,专科医生可以通过远程方式“移动”到患者现场,并在处理紧急情况或远程监测病例时指导非专科人员。由于需要存储和存档远程医疗会话期间交换的所有数据,我们在会诊地点配备了一个多媒体数据库,能够存储和管理系统收集的数据。该系统的性能已经在多种电信方式上进行了技术测试;此外,该系统已经在三个不同国家使用标准化医疗协议进行了临床验证。