TY - JOUR
T1 - Understanding the Uptake of Big Data in Health Care: Protocol for a Multinational Mixed-Methods Study
AU - Wehrens, RLE (Rik)
AU - Sihag, Vikrant
AU - Sülz, S (Sandra)
AU - van Elten, Hilco J.
AU - van Raaij, Erik
AU - Bont, Antoinette
AU - Jansen, Anne Marie
N1 - Acknowledgments:
This work is supported by the Horizon 2020 Innovation Program (grant number 780495; project BigMedilytics [Big Data for
Medical Analytics]).
PY - 2020/10/22
Y1 - 2020/10/22
N2 - Background: Despite the high potential of big data, their applications in health care face many organizational, social, financial,
and regulatory challenges. The societal dimensions of big data are underrepresented in much medical research. Little is known
about integrating big data applications in the corporate routines of hospitals and other care providers. Equally little is understood
about embedding big data applications in daily work practices and how they lead to actual improvements for health care actors,
such as patients, care professionals, care providers, information technology companies, payers, and the society.
Objective: This planned study aims to provide an integrated analysis of big data applications, focusing on the interrelations
among concrete big data experiments, organizational routines, and relevant systemic and societal dimensions. To understand the
similarities and differences between interactions in various contexts, the study covers 12 big data pilot projects in eight European
countries, each with its own health care system. Workshops will be held with stakeholders to discuss the findings, our
recommendations, and the implementation. Dissemination is supported by visual representations developed to share the knowledge
gained.
Methods: This study will utilize a mixed-methods approach that combines performance measurements, interviews, document
analysis, and cocreation workshops. Analysis will be structured around the following four key dimensions: performance, embedding,
legitimation, and value creation. Data and their interrelations across the dimensions will be synthesized per application and per
country.
Results: The study was funded in August 2017. Data collection started in April 2018 and will continue until September 2021.
The multidisciplinary focus of this study enables us to combine insights from several social sciences (health policy analysis,
business administration, innovation studies, organization studies, ethics, and health services research) to advance a holistic
understanding of big data value realization. The multinational character enables comparative analysis across the following eight
European countries: Austria, France, Germany, Ireland, the Netherlands, Spain, Sweden, and the United Kingdom. Given that
national and organizational contexts change over time, it will not be possible to isolate the factors and actors that explain the
implementation of big data applications. The visual representations developed for dissemination purposes will help to reduce
complexity and clarify the relations between the various dimensions.
Conclusions: This study will develop an integrated approach to big data applications that considers the interrelations among
concrete big data experiments, organizational routines, and relevant systemic and societal dimensions.
AB - Background: Despite the high potential of big data, their applications in health care face many organizational, social, financial,
and regulatory challenges. The societal dimensions of big data are underrepresented in much medical research. Little is known
about integrating big data applications in the corporate routines of hospitals and other care providers. Equally little is understood
about embedding big data applications in daily work practices and how they lead to actual improvements for health care actors,
such as patients, care professionals, care providers, information technology companies, payers, and the society.
Objective: This planned study aims to provide an integrated analysis of big data applications, focusing on the interrelations
among concrete big data experiments, organizational routines, and relevant systemic and societal dimensions. To understand the
similarities and differences between interactions in various contexts, the study covers 12 big data pilot projects in eight European
countries, each with its own health care system. Workshops will be held with stakeholders to discuss the findings, our
recommendations, and the implementation. Dissemination is supported by visual representations developed to share the knowledge
gained.
Methods: This study will utilize a mixed-methods approach that combines performance measurements, interviews, document
analysis, and cocreation workshops. Analysis will be structured around the following four key dimensions: performance, embedding,
legitimation, and value creation. Data and their interrelations across the dimensions will be synthesized per application and per
country.
Results: The study was funded in August 2017. Data collection started in April 2018 and will continue until September 2021.
The multidisciplinary focus of this study enables us to combine insights from several social sciences (health policy analysis,
business administration, innovation studies, organization studies, ethics, and health services research) to advance a holistic
understanding of big data value realization. The multinational character enables comparative analysis across the following eight
European countries: Austria, France, Germany, Ireland, the Netherlands, Spain, Sweden, and the United Kingdom. Given that
national and organizational contexts change over time, it will not be possible to isolate the factors and actors that explain the
implementation of big data applications. The visual representations developed for dissemination purposes will help to reduce
complexity and clarify the relations between the various dimensions.
Conclusions: This study will develop an integrated approach to big data applications that considers the interrelations among
concrete big data experiments, organizational routines, and relevant systemic and societal dimensions.
UR - https://www.researchprotocols.org/2020/10/e16779
U2 - 10.2196/16779
DO - 10.2196/16779
M3 - Article
VL - 9
JO - JMIR Research Protocols
JF - JMIR Research Protocols
SN - 1929-0748
IS - 10
M1 - e16779
ER -