Abstract：
The care model Hospital@Home offers hospital-level treatment at home, aiming to alleviate hospital strain and enhance patient comfort. Despite its potential, integrating digital health solutions into this care model still remains limited. This paper proposes a concept for integrating laboratory testing at the Point of Care (POC) into Hospital@Home models to improve efficiency and interoperability.
METHODS: Using the HL7 FHIR standard and cloud infrastructure, we developed a concept for direct transmission of laboratory data collected at POC. Requirements were derived from literature and discussions with a POC testing device producer. An architecture for data exchange was developed based on these requirements.
RESULTS: Our concept enables access to laboratory data collected at POC, facilitating efficient data transfer and enhancing interoperability. A hypothetical scenario demonstrates the concept\'s feasibility and benefits, showcasing improved patient care and streamlined processes in Hospital@Home settings.
CONCLUSIONS: Integration of POC data into Hospital@Home models using the HL7 FHIR standard and cloud infrastructure offers potential to enhance patient care and streamline processes. Addressing challenges such as data security and privacy is crucial for its successful implementation into practice.
METHODS: Using the HL7 FHIR standard and cloud infrastructure, we developed a concept for direct transmission of laboratory data collected at POC. Requirements were derived from literature and discussions with a POC testing device producer. An architecture for data exchange was developed based on these requirements.
RESULTS: Our concept enables access to laboratory data collected at POC, facilitating efficient data transfer and enhancing interoperability. A hypothetical scenario demonstrates the concept\'s feasibility and benefits, showcasing improved patient care and streamlined processes in Hospital@Home settings.
CONCLUSIONS: Integration of POC data into Hospital@Home models using the HL7 FHIR standard and cloud infrastructure offers potential to enhance patient care and streamline processes. Addressing challenges such as data security and privacy is crucial for its successful implementation into practice.
摘要：
护理模式医院@Home在家中提供医院级别的治疗，旨在减轻医院的紧张和提高病人的舒适度。尽管有潜力,将数字健康解决方案集成到这种护理模式中仍然有限。本文提出了一种概念，用于将护理点（POC）的实验室测试集成到医院@Home模型中，以提高效率和互操作性。
方法：使用HL7FHIR标准和云基础架构，我们提出了直接传输POC收集的实验室数据的概念。要求来自文献和与POC测试设备生产商的讨论。基于这些要求开发了用于数据交换的体系结构。
结果：我们的概念允许访问在POC收集的实验室数据，促进有效的数据传输和增强互操作性。一个假设的场景证明了这个概念的可行性和好处，在Hospital@Home环境中展示改进的患者护理和简化的流程。
结论：使用HL7FHIR标准和云基础架构将POC数据集成到Hospital@Home模型中，可以增强患者护理并简化流程。解决数据安全和隐私等挑战对于其成功实施至关重要。
方法：使用HL7FHIR标准和云基础架构，我们提出了直接传输POC收集的实验室数据的概念。要求来自文献和与POC测试设备生产商的讨论。基于这些要求开发了用于数据交换的体系结构。
结果：我们的概念允许访问在POC收集的实验室数据，促进有效的数据传输和增强互操作性。一个假设的场景证明了这个概念的可行性和好处，在Hospital@Home环境中展示改进的患者护理和简化的流程。
结论：使用HL7FHIR标准和云基础架构将POC数据集成到Hospital@Home模型中，可以增强患者护理并简化流程。解决数据安全和隐私等挑战对于其成功实施至关重要。
