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[德国罕见病患者的跨学科护理路径及潜在的信息技术支持]

[Interdisciplinary care path and potential IT support for people with rare diseases in Germany].

作者信息

Zoch Michele, Sedlmayr Brita, Knapp Andreas, Bathelt Franziska, Helfer Sven, Schmitt Jochen, Sedlmayr Martin

机构信息

Institut für Medizinische Informatik und Biometrie, Medizinische Fakultät Carl Gustav Carus, Technische Universität Dresden, Dresden, Deutschland.

Institut für Medizinische Informatik und Biometrie, Medizinische Fakultät Carl Gustav Carus, Technische Universität Dresden, Dresden, Deutschland; Zentrum für Evidenzbasierte Gesundheitsversorgung, Universitätsklinikum und Medizinische Fakultät Carl Gustav Carus der Technischen Universität Dresden, Dresden, Deutschland.

出版信息

Z Evid Fortbild Qual Gesundhwes. 2021 Oct;165:68-76. doi: 10.1016/j.zefq.2021.06.004. Epub 2021 Sep 3.

Abstract

INTRODUCTION

Due to the high variability and, at the same time, rare occurrence of rare diseases, the diagnosis of these patients (approx. 4 million people in Germany) can turn into an odyssey. The large time interval between the appearance of symptoms and the final diagnosis of the rare disease leads to a delay in the appropriate treatment. The often long period of uncertainty about the cause of symptoms as well as non-specific or even wrong therapies can have negative effects on both the course of disease and the patients' quality of life. For a better understanding of the current care situation and IT landscape, the interdisciplinary care pathway for people with rare diseases will be modelled and the possible uses of IT applications identified that have the potential to improve diagnosis, treatment and therapy of rare diseases.

METHODS

In order to achieve these goals, an initial care pathway was modelled on the basis of process descriptions which are commonly used in the literature, discussed in detail, and agreed upon in a first workshop with six experts from outpatient and inpatient care as well as employees of Centers for Rare Diseases. In a second workshop, ten experts analyzed the resulting care pathway with regard to the possible use of IT applications, and the identification was agreed upon. The experts included those involved in the process, in particular physicians, patients / patient representatives, health care researchers, and experts in hospital IT, IT security, and data protection.

RESULTS

The two workshops resulted in process models including the specification of possible uses for IT applications. The most important steps in the care pathway for people with rare diseases in Germany include: neonatal screening, seeking medical advice, outpatient care by general practitioners, outpatient care by specialists, care by specialist outpatient clinic, care by clinic, care by a Center for Rare Diseases: case review and case conference and treatment and therapy. The discussion of the possible uses of IT applications resulted in a focus on registers (e. g. with regard to experts, treatment and therapy options) as well as on digital tools, such as "digital findings and findings platform" and "digital referral with referral tracking".

DISCUSSION

Our results show that the care pathway is very heterogeneous and complex. Thus, the sub-processes show different variants with many branches and repetitions. They also illustrate that the care for people with rare diseases requires a high level of interdisciplinary collaboration; diagnosis as well as treatment and therapy often take place across sectors and in cooperation between different medical health care institutions and professions. When analyzing the current IT landscape, it becomes clear that IT applications can be used at many process steps in the care for people with rare diseases and have a high potential. Therefore, they must be used to inform decisions about the adequate diagnosis and treatment as well as communication about the clinical pictures and the patient's case between practitioners and medical care sectors.

CONCLUSION

The interdisciplinary collaboration highlights the need for cooperation between the various parties involved in the process, which requires the identification and implementation of interfaces between the stakeholders and their systems. However, it is not enough to include the view of the processes; the data perspective is also required. Creating interoperability also enables the use of IT applications. The basis for this is the results obtained.

摘要

引言

由于罕见病具有高度变异性且同时发病率很低,对这些患者(德国约400万人)的诊断可能会变成一场漫长的旅程。从出现症状到最终确诊罕见病之间的时间间隔很长,导致适当治疗的延迟。症状原因常常长时间不明,以及非特异性甚至错误的治疗,可能会对疾病进程和患者生活质量产生负面影响。为了更好地了解当前的护理状况和信息技术格局,将对罕见病患者的跨学科护理路径进行建模,并确定信息技术应用的可能用途,这些应用有可能改善罕见病的诊断、治疗和疗法。

方法

为了实现这些目标,基于文献中常用的流程描述建立了初步护理路径,进行了详细讨论,并在与门诊和住院护理的六位专家以及罕见病中心的工作人员举行的第一次研讨会上达成了共识。在第二次研讨会上,十位专家分析了由此产生的护理路径在信息技术应用方面的可能用途,并就识别结果达成了一致。专家包括参与该过程的人员,特别是医生、患者/患者代表、医疗保健研究人员以及医院信息技术、信息技术安全和数据保护方面的专家。

结果

两次研讨会产生了流程模型,包括信息技术应用的可能用途说明。德国罕见病患者护理路径中最重要的步骤包括:新生儿筛查、寻求医疗建议、全科医生门诊护理、专科医生门诊护理、专科门诊护理、诊所护理、罕见病中心护理:病例审查和病例会诊以及治疗和疗法。对信息技术应用可能用途的讨论导致重点关注登记册(例如关于专家、治疗和疗法选择)以及数字工具,如“数字检查结果和检查结果平台”以及“带有转诊跟踪的数字转诊”。

讨论

我们的结果表明,护理路径非常多样化和复杂。因此,子流程显示出不同的变体,有许多分支和重复。它们还表明,对罕见病患者的护理需要高度的跨学科协作;诊断以及治疗和疗法通常跨部门进行,并且在不同的医疗保健机构和专业之间合作进行。在分析当前的信息技术格局时,很明显信息技术应用可以在罕见病患者护理的许多流程步骤中使用,并且具有很大潜力。因此,必须利用它们为有关适当诊断和治疗的决策提供信息,以及在从业者和医疗保健部门之间就临床症状和患者病例进行沟通。

结论

跨学科协作凸显了参与该过程的各方之间合作 的必要性,这需要识别和实施利益相关者及其系统之间的接口。然而,仅纳入流程视角是不够的;还需要数据视角。创建互操作性也能实现信息技术应用的使用。其基础是所获得的结果。

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