Seamless Integration of ISO/IEEE11073 Personal Health Devices and ISO/EN13606 Electronic Health Records into an End-to-End Interoperable Solution

Martíez, Ignacio; Escayola, J.; Martínez-Espronceda, Miguel; Muñoz, Pilar; Trigo, Jesús Daniel; Muñoz, Adolfo; Led, S.; Serrano, L.; García, J.

doi:10.1089/tmj.2010.0087

Cited by 23 publications

(9 citation statements)

References 11 publications

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“…Their technique could be used to probe future extensions to the standard. Martinez et al (2010) implemented an end-to-end standards-based solution integrating X73PHD and ISO/EN 13606 [25]. The platform used smart phones to adapt vital signs obtained from non-wireless commercial devices into X73PHD-compliant MDs.…”

Section: Iso/ieee 11073 -Personal Health Devices (X73phd)mentioning

confidence: 99%

Recent Advances in mHealth: An Update to Personal Health Device Interoperability Based on ISO/IEEE11073

Barrón-González

Martínez-Espronceda

Trigo

et al. 2015

Springer Series in Bio-/Neuroinformatics

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Abstract. In recent years important advances have been made in the development of health care systems in specific areas owing to different uses and applications. One of the foremost advancements is the so-called mobile Health (mHealth), due to its potential social and economic impact. Within this scope, several technologies -such as smart phones and ultra-slim tablet-PCs, as well as low-voltage and low-power wireless sensor networks -provide telemonitoring services at home and ubiquitous support when they are strongly integrated. Therefore, the integration of international interoperability standards is, nevertheless, required for a regulated transmission of health information in mHealth scenarios. However, such implementation tends to increase the processing load and battery size in order to ensure its autonomy. To tackle this problem, different strategies are being tested in this set of mobile technologies which are aimed at providing a solution to such critical aspects. Another important aspect that should be addressed is the management of communication between different parts that constitutes the system. The new communication capabilities of smart phones enable the implementation of new techniques that improve data transmission from the mobile system to the telemonitoring center, facilitating the integration of Personal Health Devices (PHDs) with telemonitoring systems. This makes the system more accessible to the user.This work highlights some new features of X73PHD and the benefits of using them. In addition, current needs to enhance the operational capacity of the different specializations of X73PHD are also shown, which include the definition of new remote command and control functionalities. These new management functions are being developed in order to allow any X73PHD-compliant manager to modify the operation of any X73PHD-compliant agent. This functionality could expand the technological boundaries of interoperable mHealth to healthcare services and improve Quality of Service (QoS) by providing remote configuration of medical devices to health professionals. The definition of this a new package extension for X73PHD involves the analysis of previous studies and related use cases, work which is currently being carried out within the PHD Working Group

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Section: Iso/ieee 11073 -Personal Health Devices (X73phd)mentioning

confidence: 99%

Recent Advances in mHealth: An Update to Personal Health Device Interoperability Based on ISO/IEEE11073

Barrón-González

Martínez-Espronceda

Trigo

et al. 2015

Springer Series in Bio-/Neuroinformatics

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“…[1] The importance of the data obtained is such that significant changes or unusual values should be communicated immediately to the health personnel in charge. All staff must know how to recognize and interpret these critical values [2,3] Physicians are faced with the task of comprehending and acting on a rising flood tide of information. It is therefore important that systems be in place to help them monitor laboratory results.…”

Section: Introductionmentioning

confidence: 99%

HL7 Clinical Laboratory Risk Engine Alerts in Hospitalized Patients

Fernan¹,

Brieux²,

Campos³

et al. 2016

ejbi

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The objective of the study is to assess a HL7 clinical laboratory risk alert System in hospitalized patients versus the conventional methodology. Method: We studied laboratory tests administered to 300 medical patients in the Belgrano Hospital intensive care unit. We considered two groups of 150 patient tests. In the first the group (control group), clinical laboratory risk was diagnosed in a traditional way. In the second group (alarm group), clinical laboratory risk was diagnosed with an alert system. The alert was triggered when a patient showed low or high levels of any of the following variables: blood glucose, hematocrit, WBCs, arterial blood gases, blood urea, blood creatinine, blood sodium and blood potassium.Results: Clinical laboratory risk was detected in 20.3% of the control group patients of tests while, in the alert group, clinical laboratory risk was detected in 34.3% of the patients tests; the difference between the two groups was significant (p<0.001), with a sensitivity rate of 99% and a specificity rate of 98%. Conclusion: Clinical Laboratory risk is more easily detected when using an alert system.

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“…Use of ISO/IEEE 11073 PHD has been demonstrated within home health monitoring and wireless wearable sensor systems 20,26,27 . Though these standards promote interoperability, adoption is still limited and only recently has a formal certification program been established for compliance with the standards 28 . Data collected from our pilot study were from a disparate range of sources and required integration into a common database.…”

Section: Introductionmentioning

confidence: 99%

Using Commercially Available Tools for Multifaceted Health Assessment

Wilamowska

Demiris

et al. 2013

CIN: Computers, Informatics, Nursing

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Health monitoring data collected from multiple available intake devices provide a rich resource to support older adult health and wellness. Though large amounts of data can be collected, there is currently a lack of understanding on integration of these various data sources using commercially available products. This article describes an inexpensive approach to integrating data from multiple sources from a recently completed pilot project that assessed older adult wellness, and demonstrates challenges and benefits in pursuing data integration using commercially available products. The data in this project were sourced from a) electronically captured participant intake surveys, and existing commercial software output for b) vital signs and c) cognitive function. All the software used for data integration in this project was freeware and was chosen because of its ease of comprehension by novice database users. The methods and results of this approach provide a model for researchers with similar data integration needs to easily replicate this effort at a low cost.

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Seamless Integration of ISO/IEEE11073 Personal Health Devices and ISO/EN13606 Electronic Health Records into an End-to-End Interoperable Solution

Cited by 23 publications

References 11 publications

Recent Advances in mHealth: An Update to Personal Health Device Interoperability Based on ISO/IEEE11073

Recent Advances in mHealth: An Update to Personal Health Device Interoperability Based on ISO/IEEE11073

HL7 Clinical Laboratory Risk Engine Alerts in Hospitalized Patients

Using Commercially Available Tools for Multifaceted Health Assessment

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