Divisions of Infectious Diseases, Feinberg School of Medicine, Northwestern University, Chicago, IL, USA.
Am J Transplant. 2012 Sep;12(9):2307-12. doi: 10.1111/j.1600-6143.2012.04139.x. Epub 2012 Jun 15.
Several widely publicized errors in transplantation including a death due to ABO incompatibility, two HIV transmissions and two hepatitis C virus (HCV) transmissions have raised concerns about medical errors in organ transplantation. The root cause analysis of each of these events revealed preventable failures in the systems and processes of care as the underlying causes. In each event, no standardized system or redundant process was in place to mitigate the failures that led to the error. Additional system and process vulnerabilities such as poor clinician communication, erroneous data transcription and transmission were also identified. Organ transplantation, because it is highly complex, often stresses the systems and processes of care and, therefore, offers a unique opportunity to proactively identify vulnerabilities and potential failures. Initial steps have been taken to understand such issues through the OPTN/UNOS Operations and Safety Committee, the OPTN/UNOS Disease Transmission Advisory Committee (DTAC) and the current A2ALL ancillary Safety Study. However, to effectively improve patient safety in organ transplantation, the development of a process for reporting of preventable errors that affords protection and the support of empiric research is critical. Further, the transplant community needs to embrace the implementation of evidence-based system and process improvements that will mitigate existing safety vulnerabilities.
几起广为宣传的移植失误事件,包括一起因 ABO 血型不合导致的死亡、两例 HIV 传播和两例丙型肝炎病毒(HCV)传播,引发了人们对器官移植中医疗失误的关注。这些事件的根本原因分析表明,这些可预防的失误是由于护理系统和流程存在缺陷所致。在每一个事件中,都没有标准化的系统或冗余的流程来减轻导致错误的失败。还发现了其他系统和流程的弱点,如临床医生沟通不畅、错误的数据转录和传输。器官移植由于其高度复杂性,经常对护理系统和流程造成压力,因此为主动识别弱点和潜在故障提供了独特的机会。通过 OPTN/UNOS 运营和安全委员会、OPTN/UNOS 疾病传播咨询委员会(DTAC)和当前的 A2ALL 辅助安全研究,已经采取了初步措施来了解这些问题。然而,要有效地提高器官移植中的患者安全性,必须制定一个报告可预防错误的流程,为经验性研究提供保护和支持。此外,移植界需要接受实施基于证据的系统和流程改进,以减轻现有的安全弱点。