Presentation (2015.11.16) of healthdata.be project @ Abrumethealthdata be
The healthdata.be project aims to minimize data registration burdens and maximize the return on information collected. It focuses on standardizing business processes, data collection architectures, information architectures, and data management across Belgium's many health data collection projects. The project was launched in 2014 and is working to standardize 42 existing health registers managed by Belgian health agencies by 2017.
Presentation project healthdata.be for hospitals in Limburg (dd. 2015.11.30.)...healthdata be
The healthdata.be project aims to minimize data registration burdens and maximize the return on information collected. It focuses on standardizing and automating business processes, data collection architecture, information architecture, and data management. This will simplify interactions between actors and adhere to the "only once" principle of data collection. The project establishes a new service within the Institute of Public Health to facilitate data exchange between healthcare professionals and researchers according to privacy and confidentiality standards.
Presentation (2015.11.20) of healthdata.be project for partners of Collaborat...healthdata be
The healthdata.be project aims to minimize the registration burden for healthcare providers while maximizing the return on collected health information. It focuses on standardizing and automating business processes, data collection architecture, information architecture, and data management. This will be accomplished by developing software called HD4DP that allows healthcare providers to transfer standardized, coded health data to a central data warehouse using a secure process that encrypts identifiers. The centralized data can then be analyzed and used to provide feedback to improve healthcare practices and policy decisions.
Guest lecture Programme in the Methods of Health Economics (Abteilung für Ges...healthdata be
Guest lecture Programme in the Methods of Health Economics (Abteilung für Gesundheitsökonomie, Zentrum für Public Health an der Medizinische Universität Wien)
Infosession for IQED dataproviders (14-22.04.2016)healthdata be
The document discusses the healthdata.be project, which aims to simplify and standardize health data collection in Belgium. It does this by minimizing registration burdens on data providers and maximizing the return on collected information. The project establishes common processes, standards, and infrastructure to facilitate secure data exchange between healthcare providers and researchers while respecting privacy. It describes the end-to-end data collection, management and reporting process enabled by healthdata.be, including data validation, storage, analysis and aggregated reporting capabilities. The use of clinical building blocks and terminologies like SNOMED-CT are discussed to help standardize data collection across different health registries and systems.
Kanta -The Place for Digital Patient Records and Client DataTHL
Kanta is Finland's national digital healthcare records system that provides major benefits to citizens, healthcare providers, and pharmacies. It contains electronic medical records, prescriptions, test results, and more. Key features include My Kanta Pages, which allows citizens online access to their health information, and electronic prescriptions, which improve safety and access to medications. Kanta aims to make healthcare information more available while protecting privacy and engaging citizens in their own healthcare. It is a collaborative effort involving multiple agencies and over 10,000 healthcare providers.
Kanta services for healthcare: Prescription service and Patient Data RepositoryTHL
Kanta services for healthcare: Prescription service and Patient Data Repository.Outi Lehtokari, Development Manager, Finnish Institute for Health and Welfare
Konstantin Hyppönen, Chief Architect for Kanta Services, Kela (Social Insurance Institution, Finland). Webinar on Kanta Services 30 October 2019
Presentation (2015.11.16) of healthdata.be project @ Abrumethealthdata be
The healthdata.be project aims to minimize data registration burdens and maximize the return on information collected. It focuses on standardizing business processes, data collection architectures, information architectures, and data management across Belgium's many health data collection projects. The project was launched in 2014 and is working to standardize 42 existing health registers managed by Belgian health agencies by 2017.
Presentation project healthdata.be for hospitals in Limburg (dd. 2015.11.30.)...healthdata be
The healthdata.be project aims to minimize data registration burdens and maximize the return on information collected. It focuses on standardizing and automating business processes, data collection architecture, information architecture, and data management. This will simplify interactions between actors and adhere to the "only once" principle of data collection. The project establishes a new service within the Institute of Public Health to facilitate data exchange between healthcare professionals and researchers according to privacy and confidentiality standards.
Presentation (2015.11.20) of healthdata.be project for partners of Collaborat...healthdata be
The healthdata.be project aims to minimize the registration burden for healthcare providers while maximizing the return on collected health information. It focuses on standardizing and automating business processes, data collection architecture, information architecture, and data management. This will be accomplished by developing software called HD4DP that allows healthcare providers to transfer standardized, coded health data to a central data warehouse using a secure process that encrypts identifiers. The centralized data can then be analyzed and used to provide feedback to improve healthcare practices and policy decisions.
Guest lecture Programme in the Methods of Health Economics (Abteilung für Ges...healthdata be
Guest lecture Programme in the Methods of Health Economics (Abteilung für Gesundheitsökonomie, Zentrum für Public Health an der Medizinische Universität Wien)
Infosession for IQED dataproviders (14-22.04.2016)healthdata be
The document discusses the healthdata.be project, which aims to simplify and standardize health data collection in Belgium. It does this by minimizing registration burdens on data providers and maximizing the return on collected information. The project establishes common processes, standards, and infrastructure to facilitate secure data exchange between healthcare providers and researchers while respecting privacy. It describes the end-to-end data collection, management and reporting process enabled by healthdata.be, including data validation, storage, analysis and aggregated reporting capabilities. The use of clinical building blocks and terminologies like SNOMED-CT are discussed to help standardize data collection across different health registries and systems.
Kanta -The Place for Digital Patient Records and Client DataTHL
Kanta is Finland's national digital healthcare records system that provides major benefits to citizens, healthcare providers, and pharmacies. It contains electronic medical records, prescriptions, test results, and more. Key features include My Kanta Pages, which allows citizens online access to their health information, and electronic prescriptions, which improve safety and access to medications. Kanta aims to make healthcare information more available while protecting privacy and engaging citizens in their own healthcare. It is a collaborative effort involving multiple agencies and over 10,000 healthcare providers.
Kanta services for healthcare: Prescription service and Patient Data RepositoryTHL
Kanta services for healthcare: Prescription service and Patient Data Repository.Outi Lehtokari, Development Manager, Finnish Institute for Health and Welfare
Konstantin Hyppönen, Chief Architect for Kanta Services, Kela (Social Insurance Institution, Finland). Webinar on Kanta Services 30 October 2019
National Kanta Services Support Clinical Work in FinlandTHL
National Kanta Services support clinical work in Finland by providing digital services including a prescription center, patient data repository, and personal health record. Kanta services are implemented in stages to integrate many existing health data systems and bring benefits to citizens, pharmacies, and the healthcare sector by facilitating secure access and exchange of health information. Countries in northern Europe like Finland, Sweden, and Denmark are global leaders in digitalization and implementation of national eHealth strategies.
Health Delivery Information Systems (HDIS) provide applications and software to record and manage healthcare data for every patient encounter. The document discusses designing a scalable and standards-based HDIS, including implementing it using a microservices architecture approach adhering to design principles from the National Digital Health Blueprint. Key elements include using interoperability standards, a mobile-first design, and building modules focused on core functionality for initial implementation.
There are three key forms of health information exchange:
1) Directed exchange allows providers to electronically send and receive secure information like lab results between providers involved in a patient's care.
2) Query-based exchange allows providers to find and request information on a patient from other providers, often used for emergency care.
3) Consumer mediated exchange allows patients to aggregate and manage their health information online and help transfer it between providers.
The document outlines the principles and objectives of the Metadata and Data Standards (MDDS) initiative in India, which aims to promote e-governance by making IT systems interoperable. It discusses the formation of the MDDS Health Domain Committee to develop standards for the health sector. The committee's tasks include identifying common data elements, studying global standards, and developing standards and code directories. The document also describes the MDDS health domain report, which defines data elements, code directories and metadata to establish interoperability standards for health IT systems in India.
An Adaptive Technique in Electronic Health Record for Clinical Decision Makin...ijtsrd
Cloud computing is a collection of several computer resources that consists of both software and hardware. It is a type of service that is delivered over the internet and can be accessible from anywhere. 1 The data and services can be accessed through the internet. 4 These services are managed by the third party over the internet. They eventually provide access to the servers and resources. Health records consist of patient’s data regarding health. This data is usable by both the hospitals and patients. 6 8 This can be eventually used to track the medical history of patients. Data Visualization is a graphical depiction of the data. It implicates producing images that advertise the link among the data that the users view. Hence, they are used for clinical decision making. In this paper we will be discussing how cloud can be used to maintain health records electronically. Meghana Prakash | Vignesh S "An Adaptive Technique in Electronic Health Record for Clinical Decision Making Based on Data Visualization" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30699.pdf Paper Url :https://www.ijtsrd.com/computer-science/other/30699/an-adaptive-technique-in-electronic-health-record-for-clinical-decision-making-based-on-data-visualization/meghana-prakash
This document discusses the Vietnam Health Information Technology Program (VHITP) and its goals of creating an integrated health information network called Healthnet (Healthnet.vn) to distribute health information to communities in Vietnam. The network aims to securely collect health data to provide better healthcare services and support the doctor-patient relationship. It also aims to aggregate data in real-time for managers and decision makers. Key objectives of Healthnet.vn include collecting secure clinical data to provide authorized professionals with up-to-date patient information and using combined data to provide health authorities a real-time view of community health and services usage.
The document discusses electronic claim objects to support India's health insurance sector. It proposes using standardized electronic objects based on FHIR resources to enable interoperable and automated claim processing. This would allow faster claims processing, reduced costs, and improved data for monitoring. The electronic objects would include minimum required coded data elements in a JSON format to represent claims, payments, and clinical summaries like discharge records.
This document summarizes recent EU developments related to mHealth. It discusses:
1) The proposed new definition of "medical device" under EU regulations that would expand the scope and impact mobile health apps.
2) Accessories are increasingly being regulated as medical devices themselves, even if they are not medical devices.
3) There is no clear EU position yet on regulating health and wellness apps versus medical apps. A Green Paper from the European Commission is expected.
4) Enforcement of medical device regulations for software is increasing and being interpreted differently across EU member states.
eHealth: some challenges by Frank RobbenCONFENIS 2012
The document discusses some challenges facing eHealth, including more chronic care needs, remote care, mobile care, and integrated care. It also notes needs for reliable knowledge management, efficient processes, and information security and privacy protections. The Belgian approach to addressing these challenges involves creating a governance structure and technical platform to enable secure electronic information exchange between healthcare actors while respecting privacy.
Simplifying Medical Records Review ProcessKartheek Kein
Medical summarization service gives a summary of patient's medical records in a healthy straightforward frame.
For a decade, the MDS market could be said to be growing market on an anticipated direction. Few things you need to think about term of medical records summary.
Know more about MDS @https://goo.gl/EKBpK6
iUZ has organised last 3rd July a talk about Cross-Border Interoperability and we've broadcasted live on Youtube.
This is the presentation document.
You can watch the event through our Youtube channel: http://youtu.be/k1KLgD8GF3Q
Hacking Health Camp Strasbourg health data & data protection in the Netherlands Axon Lawyers
This document summarizes key points about data protection and privacy in the Netherlands. It discusses the legal framework for data protection in the EU and Netherlands, including the Data Protection Directive, upcoming General Data Protection Regulation, and the Dutch Data Protection Authority. It covers definitions of personal data, parties involved in processing, rules around health data, data security, and recent developments around data breaches. The document also flags other legal issues that may be relevant for digital health technologies, like software qualifying as a medical device.
This document outlines the agenda for a workshop on managing app development under FDA regulation. The agenda includes:
- An introduction and welcome session
- A presentation on EU regulatory updates and strategies for global regulatory compliance, covering recent EU developments around software medical devices, accessories, wellness apps, and data protection
- A panel discussion featuring a case study on regulatory leadership and business strategies for bringing new apps to market
- A session analyzing the new FDA guidance on the scope of FDA regulation
- Audience case studies and a question and answer period
Legal Framework for Digital Health Innovation - Data Protection and SecurityDayOne
This document summarizes key aspects of data protection and security regulations for digital health innovation in Europe. It discusses the territorial scope of the GDPR and Swiss Data Protection Act and how they apply. It also covers how personal and non-personal data are defined, anonymization, and risks of re-identification. Big data analytics and artificial intelligence are discussed in relation to patient consent. Technical and organizational security measures required by the GDPR, NIS Directive, and medical device regulations are outlined. The principles of data protection by design and by default and data protection impact assessments are summarized. Data portability rights and issues around data ownership and access are also briefly discussed.
This document presents MIDATA.coop, a citizen-controlled platform for storing and sharing personal health data. MIDATA.coop is being developed by ETH Zurich and Bern University of Applied Sciences as a not-for-profit cooperative that empowers citizens to securely store their medical and genomic data and share it through mobile apps if they choose. The presentation outlines several potential use cases for MIDATA.coop, including patient follow-up after medical procedures, post-surveillance of chronic conditions like multiple sclerosis, and health data sharing for athletes, students and researchers.
Multi-parameter Vital Signs Monitors - Interoperability and Communication Sta...everton.berz
This document discusses standards for interoperability and communication for multi-parameter vital signs monitors. It describes organizations like HL7 and IHE that establish standards, as well as integration profiles defined by IHE like DEC and POI. HL7 provides basic integration standards, while IHE defines technical frameworks and profiles to organize these standards and decrease ambiguity. Examples of commercial vital signs monitors that implement IHE PCD profiles are also given.
Improving Efficiency and Outcomes in Healthcare using Internet of ThingsCitiusTech
With the adoption of cloud and big data technologies, healthcare organizations are in a position to begin experimenting with IoT. Ranging from home care to smart facilities, there are many ways in which provider organizations can benefit by using IoT in their patient care workflows. E.g., a mobile app with patient geo-fencing capabilities can help optimize physician rounds by dynamically routing the physician to the nearest patient
Payers can leverage insights generated by IoT infrastructure to improve population health, increase patient awareness and reduce healthcare costs. Payers can also design more effective reward and retention programs using IoT generated data.
As IoT is evolving, adoption is slow but steady, and investments are being made by both startups and industry leaders. Healthcare is among the top 5 industries investing in IoT.
This document discusses how IoT can be leveraged to drive efficiency in healthcare workflows and enhance clinical outcomes.
The National Digital Health Mission (NDHM) in India aims to bring interoperability to digital health data. NDHM will manage core digital building blocks like Health IDs, doctor directories, and facility registries that all healthcare providers must adopt. Healthcare providers who digitally create records like reports, summaries, and prescriptions should participate by upgrading their software to integrate with NDHM. This will allow them to securely share records with patients and access records from other providers with consent. The NDHM also provides guidelines for different entities like health information providers, users, and repositories to securely and standardly exchange health information with user consent.
Online Marketing for Restaurants by CliqueRevolutionCliqueRevolution
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document repeats the date "Friday, September 14, 12" multiple times without providing any other notable information. It does not have a clear topic or message beyond establishing the repeated date.
This document provides information about Online Company Register, a company that offers various types of business licenses in Hong Kong. They offer private business licenses, public business licenses, and aging business licenses issued by the Hong Kong Company Registry. A private business license keeps shareholder and ownership details private while a public license allows public share/debenture issuance. An aging business license provides fully yearly records to the registry. The company can help businesses decide a jurisdiction based on tax rates, privacy protection, bank account opening policies, and ability to create trust structures.
National Kanta Services Support Clinical Work in FinlandTHL
National Kanta Services support clinical work in Finland by providing digital services including a prescription center, patient data repository, and personal health record. Kanta services are implemented in stages to integrate many existing health data systems and bring benefits to citizens, pharmacies, and the healthcare sector by facilitating secure access and exchange of health information. Countries in northern Europe like Finland, Sweden, and Denmark are global leaders in digitalization and implementation of national eHealth strategies.
Health Delivery Information Systems (HDIS) provide applications and software to record and manage healthcare data for every patient encounter. The document discusses designing a scalable and standards-based HDIS, including implementing it using a microservices architecture approach adhering to design principles from the National Digital Health Blueprint. Key elements include using interoperability standards, a mobile-first design, and building modules focused on core functionality for initial implementation.
There are three key forms of health information exchange:
1) Directed exchange allows providers to electronically send and receive secure information like lab results between providers involved in a patient's care.
2) Query-based exchange allows providers to find and request information on a patient from other providers, often used for emergency care.
3) Consumer mediated exchange allows patients to aggregate and manage their health information online and help transfer it between providers.
The document outlines the principles and objectives of the Metadata and Data Standards (MDDS) initiative in India, which aims to promote e-governance by making IT systems interoperable. It discusses the formation of the MDDS Health Domain Committee to develop standards for the health sector. The committee's tasks include identifying common data elements, studying global standards, and developing standards and code directories. The document also describes the MDDS health domain report, which defines data elements, code directories and metadata to establish interoperability standards for health IT systems in India.
An Adaptive Technique in Electronic Health Record for Clinical Decision Makin...ijtsrd
Cloud computing is a collection of several computer resources that consists of both software and hardware. It is a type of service that is delivered over the internet and can be accessible from anywhere. 1 The data and services can be accessed through the internet. 4 These services are managed by the third party over the internet. They eventually provide access to the servers and resources. Health records consist of patient’s data regarding health. This data is usable by both the hospitals and patients. 6 8 This can be eventually used to track the medical history of patients. Data Visualization is a graphical depiction of the data. It implicates producing images that advertise the link among the data that the users view. Hence, they are used for clinical decision making. In this paper we will be discussing how cloud can be used to maintain health records electronically. Meghana Prakash | Vignesh S "An Adaptive Technique in Electronic Health Record for Clinical Decision Making Based on Data Visualization" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-3 , April 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30699.pdf Paper Url :https://www.ijtsrd.com/computer-science/other/30699/an-adaptive-technique-in-electronic-health-record-for-clinical-decision-making-based-on-data-visualization/meghana-prakash
This document discusses the Vietnam Health Information Technology Program (VHITP) and its goals of creating an integrated health information network called Healthnet (Healthnet.vn) to distribute health information to communities in Vietnam. The network aims to securely collect health data to provide better healthcare services and support the doctor-patient relationship. It also aims to aggregate data in real-time for managers and decision makers. Key objectives of Healthnet.vn include collecting secure clinical data to provide authorized professionals with up-to-date patient information and using combined data to provide health authorities a real-time view of community health and services usage.
The document discusses electronic claim objects to support India's health insurance sector. It proposes using standardized electronic objects based on FHIR resources to enable interoperable and automated claim processing. This would allow faster claims processing, reduced costs, and improved data for monitoring. The electronic objects would include minimum required coded data elements in a JSON format to represent claims, payments, and clinical summaries like discharge records.
This document summarizes recent EU developments related to mHealth. It discusses:
1) The proposed new definition of "medical device" under EU regulations that would expand the scope and impact mobile health apps.
2) Accessories are increasingly being regulated as medical devices themselves, even if they are not medical devices.
3) There is no clear EU position yet on regulating health and wellness apps versus medical apps. A Green Paper from the European Commission is expected.
4) Enforcement of medical device regulations for software is increasing and being interpreted differently across EU member states.
eHealth: some challenges by Frank RobbenCONFENIS 2012
The document discusses some challenges facing eHealth, including more chronic care needs, remote care, mobile care, and integrated care. It also notes needs for reliable knowledge management, efficient processes, and information security and privacy protections. The Belgian approach to addressing these challenges involves creating a governance structure and technical platform to enable secure electronic information exchange between healthcare actors while respecting privacy.
Simplifying Medical Records Review ProcessKartheek Kein
Medical summarization service gives a summary of patient's medical records in a healthy straightforward frame.
For a decade, the MDS market could be said to be growing market on an anticipated direction. Few things you need to think about term of medical records summary.
Know more about MDS @https://goo.gl/EKBpK6
iUZ has organised last 3rd July a talk about Cross-Border Interoperability and we've broadcasted live on Youtube.
This is the presentation document.
You can watch the event through our Youtube channel: http://youtu.be/k1KLgD8GF3Q
Hacking Health Camp Strasbourg health data & data protection in the Netherlands Axon Lawyers
This document summarizes key points about data protection and privacy in the Netherlands. It discusses the legal framework for data protection in the EU and Netherlands, including the Data Protection Directive, upcoming General Data Protection Regulation, and the Dutch Data Protection Authority. It covers definitions of personal data, parties involved in processing, rules around health data, data security, and recent developments around data breaches. The document also flags other legal issues that may be relevant for digital health technologies, like software qualifying as a medical device.
This document outlines the agenda for a workshop on managing app development under FDA regulation. The agenda includes:
- An introduction and welcome session
- A presentation on EU regulatory updates and strategies for global regulatory compliance, covering recent EU developments around software medical devices, accessories, wellness apps, and data protection
- A panel discussion featuring a case study on regulatory leadership and business strategies for bringing new apps to market
- A session analyzing the new FDA guidance on the scope of FDA regulation
- Audience case studies and a question and answer period
Legal Framework for Digital Health Innovation - Data Protection and SecurityDayOne
This document summarizes key aspects of data protection and security regulations for digital health innovation in Europe. It discusses the territorial scope of the GDPR and Swiss Data Protection Act and how they apply. It also covers how personal and non-personal data are defined, anonymization, and risks of re-identification. Big data analytics and artificial intelligence are discussed in relation to patient consent. Technical and organizational security measures required by the GDPR, NIS Directive, and medical device regulations are outlined. The principles of data protection by design and by default and data protection impact assessments are summarized. Data portability rights and issues around data ownership and access are also briefly discussed.
This document presents MIDATA.coop, a citizen-controlled platform for storing and sharing personal health data. MIDATA.coop is being developed by ETH Zurich and Bern University of Applied Sciences as a not-for-profit cooperative that empowers citizens to securely store their medical and genomic data and share it through mobile apps if they choose. The presentation outlines several potential use cases for MIDATA.coop, including patient follow-up after medical procedures, post-surveillance of chronic conditions like multiple sclerosis, and health data sharing for athletes, students and researchers.
Multi-parameter Vital Signs Monitors - Interoperability and Communication Sta...everton.berz
This document discusses standards for interoperability and communication for multi-parameter vital signs monitors. It describes organizations like HL7 and IHE that establish standards, as well as integration profiles defined by IHE like DEC and POI. HL7 provides basic integration standards, while IHE defines technical frameworks and profiles to organize these standards and decrease ambiguity. Examples of commercial vital signs monitors that implement IHE PCD profiles are also given.
Improving Efficiency and Outcomes in Healthcare using Internet of ThingsCitiusTech
With the adoption of cloud and big data technologies, healthcare organizations are in a position to begin experimenting with IoT. Ranging from home care to smart facilities, there are many ways in which provider organizations can benefit by using IoT in their patient care workflows. E.g., a mobile app with patient geo-fencing capabilities can help optimize physician rounds by dynamically routing the physician to the nearest patient
Payers can leverage insights generated by IoT infrastructure to improve population health, increase patient awareness and reduce healthcare costs. Payers can also design more effective reward and retention programs using IoT generated data.
As IoT is evolving, adoption is slow but steady, and investments are being made by both startups and industry leaders. Healthcare is among the top 5 industries investing in IoT.
This document discusses how IoT can be leveraged to drive efficiency in healthcare workflows and enhance clinical outcomes.
The National Digital Health Mission (NDHM) in India aims to bring interoperability to digital health data. NDHM will manage core digital building blocks like Health IDs, doctor directories, and facility registries that all healthcare providers must adopt. Healthcare providers who digitally create records like reports, summaries, and prescriptions should participate by upgrading their software to integrate with NDHM. This will allow them to securely share records with patients and access records from other providers with consent. The NDHM also provides guidelines for different entities like health information providers, users, and repositories to securely and standardly exchange health information with user consent.
Online Marketing for Restaurants by CliqueRevolutionCliqueRevolution
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
The document repeats the date "Friday, September 14, 12" multiple times without providing any other notable information. It does not have a clear topic or message beyond establishing the repeated date.
This document provides information about Online Company Register, a company that offers various types of business licenses in Hong Kong. They offer private business licenses, public business licenses, and aging business licenses issued by the Hong Kong Company Registry. A private business license keeps shareholder and ownership details private while a public license allows public share/debenture issuance. An aging business license provides fully yearly records to the registry. The company can help businesses decide a jurisdiction based on tax rates, privacy protection, bank account opening policies, and ability to create trust structures.
This document summarizes Cherise Hunter's work on promoting diversity among Oregon state parks. It discusses defining inclusion, analyzing data on diverse park attendees, and researching toolkits from Texas and California park organizations. The goal is to identify ways to better connect communities of color with nature and address cultural needs through partnerships, programs, staff recruitment, and trails/activities. Next steps include compiling findings from inclusion meetings and researching educational non-profits to support future inclusion initiatives.
Corey J. Seymour has over 15 years of experience in business development, project management, operations management, and military leadership. He has managed multi-million dollar projects and ensured quality, safety, and budget compliance. Seymour seeks to utilize his skills in business development, client relationships, and operational excellence to benefit a company.
Tips For Building A Successful Real Estate TeamJim Zaspel
The document provides tips for building a successful real estate team. It recommends having systems in place for lead generation, prequalification, listings, client care, and closing before hiring team members. This includes making sure all processes are ordered and documented. It also suggests implementing sub-systems like signs, voicemail, websites and business cards to generate more business. Finally, it stresses the importance of continuous learning in real estate by networking and reading to expand knowledge in this evolving field.
Christmas Inspiration for Your Social Media Campaign with PatchworkKomfo
Patchwork will share concrete tips and tactics to create engaging Christmas content. This will be highlighted by them sharing the thoughts behind Christmas executions from e.g. Arla Baby & Me, Spotify & M&M’S.
Nhóm Bachangngulam tham gia cuộc thi này với mục đích:
Học hỏi kinh nghiệm, thử sức với thực tế cạnh tranh của mỗi từ khóa, khẳng đinh khả năng của nhóm bachangngulam
Nhóm chúng tôi gồm các thành viên sau:
- Nguyễn Kim Anh Minh
- Trần Xuân Quang
- Đinh Ngọc Nam
Democratizing technology. democratizing access to space.Mithi Sevilla
The document discusses democratizing access to technology and space. It introduces Nanica's mission to develop affordable robotics kits to inspire learning in the Philippines. It teaches open-source hardware like Arduino to help people develop their ideas. Arduino is noted as an easy-to-use electronics prototyping platform that encourages exploration. Both Arduino and Kickstarter are said to democratize bringing ideas to life, similar to efforts to democratize access to space.
Consumer magazine à retrouver chez votre bijoutier "GUILDE DES ORFEVRES", dans les grands hôtels parisiens (Murano, Hyatt, George V, Costes, Fouquet's Barrière, ...), dans les 22 salles CLUB MED GYM, ...
Une autre vision de l'horlogerie, de la joaillerie.
Pour les consommateurs, consommatrices intéressés par les sujets abordant l'actualité des montres, des bijoux, des pierres, ...
KiMs CASE: HOW SOCIAL MEDIA REVIVED DENMARK'S OLDEST CHARACTER DRIVEN AD UNIV...Komfo
Critics argue that “Character Driven Ad Universes” (overall and in a social media context) are old-fashioned and ineffective. We beg to differ and will enlighten you as to why.
El documento describe dos procedimientos para teñir muestras histológicas: 1) una tinción para mucina usando alcohol, ácido al 1%, solución de Alcian Blue y hematoxilina; y 2) una tinción de Giemsa usando agua, reactivo de Giemsa azul y xilol. Ambos procedimientos incluyen pasos de fijación, teñido, lavado y montaje de la muestra.
Choosing the Right Trading Desk for Your Display Programmatic BuyingAcquisio
This is the first year in the history of advertising where display has surpassed spending on search in the US, and for agencies leaving display out of their marketing mix, there’s no better time than now to find the right trading desk to help you run and manage your clients display advertising.
With so many display buying services and vendors out there, it can be overwhelming to find exactly what fits your needs. Whether your agency is just getting started in display or if you’re looking for a new more transparent display management solution, here are the questions you should ask in order to understand exactly what you’ll be getting from an agency trading desk.
20151028 hd College van Geneesheren-Directeurs - Collège des directeurs médicauxJohan van Bussel
20151028 presentation project healthdata.be to College van Geneesheren-Directeurs - Collège des directeurs médicaux. More info available @ http://www.healthdata.be
Présentation à l'occasion de la Conférence HIMSS Amsterdam 2013 du DMP, "French PHR/EHR" on its creation, usage and lessons learnt with a national e-health record by François MACARY (ASIP Santé)
FHIR x NUTS hackathon, End presentation, April 2023.pptxSpamMeSharp
The document summarizes a FHIR x Nuts hackathon that took place from April 21-25, 2023. The hackathon involved 9 organizations, 6 EHR vendors, and 2 standards organizations. They demonstrated and tested the scalable secure FHIR stack for use cases like medical referrals and multidisciplinary team consultations. The stack provides security, scalability, and is infrastructure independent. Next steps include further implementing the stack for other standards and use cases.
Dennis Kehoe - ECO 15: Digital connectivity in healthcareInnovation Agency
AIMES has created a Trustworthy Research Environment (TRE) within its HealthCLOUD, which allows authorized data scientists and analysts to access sensitive healthcare data in an ISO27001-certified and IG Toolkit-compliant environment. The TRE includes mechanisms for provisioning data through interoperability and data pipelines, and an analytics zone where data can be analyzed using tools like R and Spark. AIMES is applying this infrastructure and data science capabilities to focus on care pathways for conditions like epilepsy, COPD, and alcohol abuse through its Connected Health Cities program. As more rich datasets become available through regional and national health information exchanges, data science has the potential to transform clinical areas such as stroke prevention and mental health crisis prevention.
medIT is an IT company that provides digital health solutions to improve access to universal healthcare. Their mission is to drive digital transformation in the health sector. Some of their key products and services include:
- ePrescription, the national e-prescription system in Serbia with over 450 million prescriptions processed.
- NMPP&D, the national medical platform for prevention and diagnostics in Serbia with over 180 integrated institutions.
- A patient portal implemented in Serbia with around 1.5 million active users that provides access to medical records and test results.
- Electronic health records systems implemented in over 300 institutions in Serbia.
- Other solutions like digital death certificates and sick leave tracking.
Digital Health & Wellness: Company Presentation by Rainer Kasan, Co-Founder & CTO of Telepaxx at the NOAH Conference 2018 in London, Old Billingsgate 30-31 October 2018.
The document describes OpenTele, an open source home health monitoring platform developed by Silverbullet for the Danish healthcare system. It addresses existing problems with remote monitoring systems by keeping things simple, scalable, and affordable. OpenTele uses workflows and questionnaires to collect both automatic and manual patient measurements. It has a web portal for clinicians and an app for patients. The platform is designed to support large-scale deployments and integrate with other systems. Over 2000 Danish patients currently use OpenTele, and the company aims to achieve CE medical device certification by mid-2015.
The document describes OpenTele, an open source home health monitoring platform developed by Silverbullet for the Danish healthcare system. It addresses existing problems with remote monitoring systems by keeping things simple, scalable, and affordable. OpenTele uses workflows and questionnaires to collect both automatic and manual patient measurements. It has a web portal for clinicians and an app for patients. The platform is live in Denmark with over 2000 users and aims to achieve CE medical device certification in 2015.
Introduction to ICUcare and Sister Company Technologies BackgroundRobert Higgs
ICUcare LLC was founded in 2008 to develop eHealth solutions that provide access to healthcare for underserved populations. It has created five integrated software platforms for telemedicine, electronic health records, home health, and more. These solutions are designed to work together via a cloud-based network to enable uninterrupted healthcare delivery regardless of internet connectivity. ICUcare partners with other companies to deploy mobile and floating healthcare clinics supported by satellite communications, expanding access to rural and global communities.
This document summarizes a presentation given by Frank Löber on the current implementation and technologies used for a secure network connecting 50,000 physicians in Germany. It describes the initial fragmented situation, the developed solution including encryption methods, a core module for integration, authentication processes, and the data center. It notes that over 10,000 physicians are now using the system to transmit over 500 million medical records quarterly between physicians and insurance funds in a standardized way.
Health Data Hosting (HDS): How Kénora is earning this certification OVHcloud
Kénora is working to obtain the certification required for hosting healthcare data. Learn about the security measures that IT providers for the healthcare sector must put in place to protect their customers' data, and how to implement them yourself.
Introduction to Digital Health Standards with HL7 FHIRJanaka Peiris
This document provides an introduction and overview of digital health standards with a focus on FHIR (Fast Healthcare Interoperability Resources). It discusses why data exchange is needed in healthcare and defines interoperability. It then gives practical examples of FHIR implementation and its use in apps. The document also provides a brief history of other standards like HL7 v2, v3, CDA, IPS and compares them to FHIR. It defines medical terminologies like SNOMED, LOINC and ICD and how they work together with standards.
Michael van Campen
Affiliate Director, HL7 Board of Directors and Chair, HL7 Canada
Jean Duteau
Co-chair of HL7 Modeling & Methodology, Implementable Technology Specifications, and Tooling workgroups
(2/11/10, Workshop 2, 9.30)
Role of Cloud Computing in Healthcare Systemsijtsrd
The healthcare industry is complex because it is so vast in terms of the processes involved and the amount of private and sensitive information it needs to deal with. The industry’s complexity often leads to two major challenges - increased operational cost including data storage cost and difficulty in building a self sufficient health ecosystem. Technology has always been the savior that workaround for overcoming major healthcare industry challenges. One such technology is cloud computing. It has been in use in the healthcare industry for several years and continuously evolving with industry changes. Cloud computing is transforming the healthcare industry at different levels with features like collaboration, scalability, reach ability, efficiency, and security.The on demand computing feature of the cloud adds value, especially when healthcare institutes and care providers need to deploy, access and handle network information at the drop of a hat. With the rise in demand for data based security, there needs to be a shift in the creation, usage, better storage, collaboration, and sharing of healthcare data techniques. It is where cloud computing leaves no stone unturned Healthcare is one such sector that has been at the forefront of adopting cloud technology. Healthcare providers are coming to realize the true potential of cloud solutions across the globe.According to the BBC research report, estimated global spending by stakeholders in the industry on cloud computing is expected to be around 35 billion dollars by 2022. It is anticipated that the CAGR of cloud services and solutions will maintain a trajectory of 15 rise and the size of the Cloud powered healthcare market is to be around 55 billion dollars by the year 2025. Nidhi Prasad | Mahima Chaurasia "Role of Cloud Computing in Healthcare Systems" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-3 , April 2022, URL: https://www.ijtsrd.com/papers/ijtsrd49488.pdf Paper URL: https://www.ijtsrd.com/computer-science/other/49488/role-of-cloud-computing-in-healthcare-systems/nidhi-prasad
1. The document discusses integrating electronic health records and clinical research systems using IHE profiles and specifications such as RFD, CRD, and Redaction Services.
2. It proposes using web services and workflow automation to enable EHRs and research systems to directly communicate and exchange information.
3. Key IHE integration profiles and specifications discussed include RFD for retrieving case report forms, CRD for pre-populating forms with patient data from EHRs, and Redaction Services for tailoring the pre-populated data to match protocol requirements.
We have a unique profile for a CRO providing distinctive and innovative dual expertise by combining clinical research implementation with the development of customized IT applications specific to the pharmaceutical industry.
Open ap is-infrastructure4innovation_internetofhealth2018_v3AnnaSeebergHansen
The document discusses open standard APIs and their potential role as infrastructure for innovation, using HL7 FHIR and the International Patient Summary (IPS) as a case study. It notes that APIs allow data sharing and third-party development, and that FHIR is a flexible standard for health data exchange. The IPS implementation guide aims to specify a minimum patient summary dataset for cross-border emergency care. The document argues that open standards like FHIR and IPS can help unlock health data's value through interoperability, decision support, and new applications.
Similar to Presentation (2015.10.29.) healthdata.be and role Clinical Building Blocks @ Medical Informatics Conference 2015 (Veldhoven) (20)
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5-HT is utilised to transport messages between nerve cells, is known to be involved in smooth muscle contraction, and adds to overall well-being and pleasure, among other benefits. 5-HT regulates the body's sleep-wake cycles and internal clock by acting as a precursor to melatonin.
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The droplets have a tendency to conglomerate to one big mass, but on being shaken they fall apart into countless little droplets again. It is used to ignite explosives, like mercury fulminate, the explosive character is one of its general themes.
Cell Therapy Expansion and Challenges in Autoimmune DiseaseHealth Advances
There is increasing confidence that cell therapies will soon play a role in the treatment of autoimmune disorders, but the extent of this impact remains to be seen. Early readouts on autologous CAR-Ts in lupus are encouraging, but manufacturing and cost limitations are likely to restrict access to highly refractory patients. Allogeneic CAR-Ts have the potential to broaden access to earlier lines of treatment due to their inherent cost benefits, however they will need to demonstrate comparable or improved efficacy to established modalities.
In addition to infrastructure and capacity constraints, CAR-Ts face a very different risk-benefit dynamic in autoimmune compared to oncology, highlighting the need for tolerable therapies with low adverse event risk. CAR-NK and Treg-based therapies are also being developed in certain autoimmune disorders and may demonstrate favorable safety profiles. Several novel non-cell therapies such as bispecific antibodies, nanobodies, and RNAi drugs, may also offer future alternative competitive solutions with variable value propositions.
Widespread adoption of cell therapies will not only require strong efficacy and safety data, but also adapted pricing and access strategies. At oncology-based price points, CAR-Ts are unlikely to achieve broad market access in autoimmune disorders, with eligible patient populations that are potentially orders of magnitude greater than the number of currently addressable cancer patients. Developers have made strides towards reducing cell therapy COGS while improving manufacturing efficiency, but payors will inevitably restrict access until more sustainable pricing is achieved.
Despite these headwinds, industry leaders and investors remain confident that cell therapies are poised to address significant unmet need in patients suffering from autoimmune disorders. However, the extent of this impact on the treatment landscape remains to be seen, as the industry rapidly approaches an inflection point.
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2. healthdata.be
data we care for
Collection of health (care) related data
in Belgium (n > 160) : “AS-IS”
1
2
3
4
5
7
6
Stage
Stage
Stage
Stage
Stage
Stage
Stage
Repeated registration of same information: high costs
for data providers (ánd for researchers ánd government!)
Heterogeneous method & content: low transparency
and high administrative burden & complexity
Limited privacy & security
Insufficient return on information
Impact
3. Growing awareness
Milestone Date
1. Van de Sande, et al., Inventory of databases health care, KCE
Reports 30A, Brussels: KCE
2006
2. Belgian Court of Audit, Scientific support of the federal health
policy, BCA Reports, Brussels: BCA
2010
3. Coussée, et al., Charter High-quality recording of data by the
healthcare sector, Brussels; Zorgnet Vlaanderen
2010
4. Actionplan eHealth 2013-2018: Action point 18 “Inventory and
consolidation registers”
2012
5. Law of 5 May 2014: principle of “only once” data collection in
all activities of governemental services and institutes
2014
6. Federal (9.10.2014) coalition agreement prioritizes reduction
of administrative burden of health care professionals: “Only
once”!
2014
healthdata.be
data we care for
Van de Sande, et al. (2006) Inventory of databases health care, KCE
Reports 30A;
Belgian Court of Audit (2010) Scientific support of federal health policy,
BCA Reports;
Coussée (2010) Charter High-quality recording of data from the
healthcare sector, Brussels; Zorgnet Vlaanderen;
Action plan eHealth 2013-2018: Action point 18 “Inventory and
consolidation registers”;
Law 5 May 2014: principle of “only once” data collection in activities
gov. services & institutes;
Federal (9.10.2014) coalition agreement prioritizes reduction of
administrative burden of health care professionals: “Only once”!
Federal Minister Maggie De Block (25.04.2015) : Reform plan financing
of hospitals.
14.10.2015: Action plan eHealth 2013-2018: Version 2.0
Growing Awareness
4. Law of 10 April 2014 various provisions related to health: Section 9:
initiative RIZIV-INAMI and WIV-ISP: healthdata.be;
A new service within the legal body of the Institute of Public Health
(WIV-ISP), funded by RIZIV-INAMI (20/04/2015, contract of open-end
duration)
Facilitate (in terms of technology and process management) data
exchange between healthcare professionals and researchers according
to only once principle and re-use of data, in order to increase public
health knowledge and to adjust health care policy, with respect for
privacy of patient, healthcare professional and medical confidentiality.
Intergovernmental services for both federal and community/regional
governments responsible for health and healthcare, and private legal
bodies (indirectly);
2014-2017: focus on uniformisation of 42 existing registers managed by
WIV-ISP and RIZIV.
healthdata.be
5. Experiment
healthdata.be within the empirical cycle
Observation
Research Question
Theory Development
Conclusion(s)
Analysis
healthdata.be
data we care for
6. healthdata.be
data we care for
Healthdata.be will focus on the simplification,
standardization and automatization of the:
Business processes
Data collection architecture
Information architecture (terminology)
Data management
Feedback reporting
Simplification
7. Secure Data
Transfer
Data
Validation
Annotation
& Correction
Request
Data
Storage
BI-Reporting
Registration
in Primary
System
healthdata.be
data we care for
HEALTHSTATHD4DP
Analysis
Data Collection
supported by healthdata.be
Data Management & BI-Reporting
supported by healthdata.be
healthdata.be: the end-to-end process
healthdata.be
Data
Captation
Data
Monitoring
HD4RES DATAWAREHOUSE (SAS)
HD4DP: Free and open (Apache License 2.0) local client
software (API* based with eForms) managed by HD Catalogue;
“Open” E2E architecture approved by:
WG Architecture: Positive advise (12/12/2014 &
06/03/2015) generic healthdata architecture;
Sectorial Committee health (Privacy commission):
Authorization (21/04/2015) generic healthdata
architecture;
eHealth-platform : Authorization (22/04/2015) generic
healthdata architecture;
Successful test installations: UZLeuven, UZAntwerpen,
UZBrussels; GZA, ZNA, UZGent, CHU Erasme, CHU Charleroi,
Inkendaal; In production since 14.09.2015.
Industry: integration HD4DP in their (messaging) software
*API: Application Programming Interface
Architecture
9. Healthdata.be
Catalogue (PROD) with
Registry form definition
Data provider
Sending Data Through an
API & Prefilling Forms for
less Manual Work
Legend
Identifiers (SSIN, RIZIV, …)
Neeadata (internal ID, type data, …)
Medical data
CSV
24/7
HD4DP
and / or
HD4DP : Healthdata for Data Providers
healthdata.be
data we care for
• All manual input remains available
(structured and coded, according to
[inter]national standard) in local
database of DP:
• Import in future upgrade of
EPD/LIMS;
• Re-Use for internal BI & QI
All manual input remains available
(structured and coded, according to
[inter]national standard, based on CBBs)
in local database of DP:
• Import in future upgrade of
EPD/LIMS;
• Re-Use for internal BI & QI
• All manual input remains available
(structured and coded, according to
[inter]national standard) in local
database of DP:
• Import in future upgrade of
EPD/LIMS;
• Re-Use for internal BI & QI
Clinical Building Blocks .BE
10. HIS, LIMS, EPD, … of
data provider
HD4DP
eHBox client
software
eHBox
ETK –
encryption module
+
By 3rd party
OR Development
Cookbook
+
+
+
• Encryption module & file interface
• Cookbook available
• Short development process
Re-use of information by extracting structured info
from primary system and uploading in HD4DP
Goal is to evolve towards extracting all
necessary information from primary systems
and move away from manual data entry
(eHealth roadmap 2013-2018)
OR Development
Cookbook
Technical building blocks @ data provider
healthdata.be
data we care for1
11. HD4DP
HIS, LIMS, EPD, … of
data provider
X-Connect eHBox
client software
eHBox
X-Connect ETK –
encryption module
+
+
+
+
ACTH
(RSW/FRATEM)
X-connect
HIS, LIMS, EPD, … of
data provider
eHBox client
software
eHBox
ETK –
encryption module
+
+
+
+
Medibridge,
HealthConnect
Medimail,UM,Hector
HD4DP
Integration in existing software (in progress)
healthdata.be
data we care for
HD4DP
KWS
NEXUZ eHBox
client software
eHBox
NEXUZ ETK –
encryption module
+
+
+
+
NEXUZ Health
UZLeuven network
12. Re-use of data in primary systems:
CSV-upload functionality to upload data
that is extracted from primary systems
(e.g. EPD, LIMS).
CSV upload improvements:
Various improvements of the prefill
functionality via CSV-upload, including
supporting the upload of different CSV's
for one record & support repeated
upload of the same CSV.
Integration with primary systems:
Allow users to open a prefilled
healthdata form in their primary systems
(e.g. EPD, LIMS).
Built-in validation:
Inter- and intrafield validations are
performed while the form is being filled
out.
Application integration:
HIMS and LIMS can send the data
through a standards based programmatic
interface (API)
Registry PM self-service:
Allow registry PMs to maintain their own
data collection definitions & reference
lists
Correction request handling:
Registry PM can annotate records and
send them back to the data providers for
review.
Origin of data:
Indicate for each record which data was
prefilled, manually provided or manually
modified after initial prefilling.
CURRENT VERSION 1.3.0. – 1.4.0. (dec2015)
Process reporting:
Display metrics about the data collection
process (e.g. # corrections, process time,
# sessions, …)
Desktop version of HD4DP:
Allow HD4DP to be installed on a desktop
instead of a local server. Necessary for
use by general practitioners.
Improved search functionality:
Allow registry PMs to more easily search
their records
PDF/Print View:
Provide a printer-friendly version of the
data collection form to support data
collection on paper
Bulk request corrections:
Allow the registry PM to select multiple
records for correction with one action
Email notifications:
Allow the registry PM to send email
reminders to data providers
Images in forms:
Allow data providers to indicate specific
locations/zones on an image
Pseudonimization via eHealth:
The eHealth-platform acts as Trusted
Third Party to pseudonimize patient
identifiers before they are sent to
healthdata.
Secure data transfer:
Data is transferred between data
providers and healthdata via the secure
eHealthBox channel
HD4DP – for data providers
HD4RES – for researchers
Legend:
healthdata.be
data we care for
Development Roadmap HD4DP* & HD4RES
Multi-center HD4DP:
Allow one HD4DP-installation to be used
by different organisations
PLANNED DEVELOPMENT
*4 major releases of HD4DP planned each year
13. Type of Data provider Target
All General and academic hospitals 06/2016
All Medical Laboratories 12/2016
All Psychiatric hospitals 06/2017
All General Practitioners 12/2017
14. Technical onboarding : status (27.10.2015)
Organisation HD4DP
UZ Antwerpen 12-05-2015
UZ Gent 23-06-2015
GZA 15-07-2015
Erasme 22-06-2015
ZNA 18-06-2015
IPG 17-06-2015
Inkendaal 27-05-2015
Hopital Andre Vesale 02-07-2015
UZ Brussel 15-04-2015
UZ Leuven 22-06-2015**
HUDERF 08-07-2015
CHU Liege 07-10-2015*
CHC St-Joseph 07-10-2015*
CHR Citadelle 07-10-2015*
CHU St-Luc 29-10-2015
WIV-ISP Labo’s Finalizing
NEXUZ group (n=14/16) **Multi center vers. in DEV. (HD4DP 1.4.0.) (ETProd = 01.2016)
RSW group (n=39+19) *Integration in X-connect in PROD. (ETProd all hosp.= 12.2015)
15. 80 registers = > 8000 variables: need for standards!
Clinical Building Blocks: introduction of a national minimal set
of stable, structured, specialism independent, technical
neutral, and reusable data specifications for (hospital) EPD.
Collaboration with NICTIZ & NFU.
SNOMED-CT: Prioritized standard for Lists of Values (LOV’s) in
Clinical Building Blocks.
Terminology
16. Variables needed for
scientific research
question
healthdata.be
data we care for
Signalitics, typical available
in “authentic sources”
Information needed in context
of continuity of care or internal
administration
Information mostly not
available in primary systems
EPD, HIMS, LIMS, …)
The use of Clinical Building Blocks
Register A Register B
Register C
Register D
healthdata.be
data we care for
Clinical Building Blocks
17. Interministerial agreement dd. 14.10.2015:
Continuous actualization of inventory of patient
registries is mandatory (healthstat.be);
Procedures and criteria for new projects and
continuation of existing projects;
Generic Business Processen for all reccurent scientific
data collection projects;
Generic architecture of healthdata-platform for all
reccurent scientific data collection projects;
Use of “Clinical Building Blocks” by all reccurent
scientific data collections;
---
Update AP18!
http://www.plan-egezondheid.be
http://www.plan-esante.be
18. WAT TIMING WIE
18.11
“Een Belgische adaptatie wordt uitgevoerd voor elke
beschikbare specialisme overstijgende en technisch neutrale
NFU-NICTIZ Clinical Building Block, en wordt na validatie in een
publiek toegankelijke centrale digitale catalogus gepubliceerd
(http://www.healthdata.be/cbb) (Zie ook AP2.7 en AP13).”
vóór einde 2016_Q1
Coördinatie: WIV, via het HD-platform;
Uitvoering: Nederlandstalige en
Franstalige clinici;
Begeleiding en validatie: WG AP2,
Terminologie Centrum (WG AP13), en
Werkgroep Structurering van
Elementen;
Beheer cataloog: WIV, via HD-platform.
18.12
“Alle (a) nieuwe en (b) bestaande recurrente
beleidsondersteunende wetenschappelijke gegevens-
verzamelingen worden inhoudelijk samengesteld doormiddel
van de voor België beschikbare gevalideerde Clinical Building
Blocks (Zie ook AP2.7).”
vanaf 2016_Q1 (a);
vanaf 2016_Q1 gefa-
seerd volgens kalender
(b: voor allen);
uitgevoerd vóór einde
2017_Q4 (b: voor 42
projecten van WIV en
RIZIV).
Coördinatie: WIV, via het HD-platform;
Uitvoering: verantwoordelijken van
wetenschappelijke gegevensverza-
melingen.
18.13
“De waardenlijsten van Clinical Building Blocks in alle (a) nieuwe
en (b) bestaande recurrente beleidsondersteunende
wetenschappelijke gegevensverzamelingen in domein van
gezondheid en gezondheidszorg, worden prioritair Nee
SNOMED-CT concepten opgemaakt (Zie ook AP2.7 en AP13). “
vanaf 2016_Q1 (a) ;
vanaf 2016_Q1 gefas-
eerd volgens kalender (b:
voor allen);
uitgevoerd vóór einde
2017_Q4 (b: voor 42
projecten van WIV en
RIZIV).
Coördinatie: WIV, via het HD-platform;
Uitvoering: wetenschappelijk
verantwoordelijken van de
gegevensverzamelingen;
Begeleiding en validatie: Terminologie-
Centrum;
Evaluation Action Plan eHealth 2013-2018:
Revision Action Point 18: “Inventory & Consolidation of Registries
Official proclamation dd. 14.10.2015 by IMC public health
19. NOW: Review, modification, translation of existing
building blocks, their data elements and list of values;
LATER: Development of new building blocks, data
elements and list of values.
Priorities
22. HD4Patients: web portal supporting patient participation in
registries (Patient Reported Outcomes & Patient Reported
Experiences);
HD4Security_Officers: web application based on API of IBM
InfoSphere Gardium to provide external security officers
access to logging on DWH;
HD4ALL: web application based on API of IBM InfoSphere
Guardium to provide all Belgian citizens following
information: Is there data about me in a Registry? Who
submitted my data? Who used my data?;
HD4NGS: generic architecture to collect, store, and make
available for scientific analysis of human Next Generation
Sequencing Data.
What’s next?
24. HD Staff 2015
FTE = 15.28
N = 20
0
5
10
15
20
25
30
2 teams (“Data collection” & “Data warehousing”) with project leaders, business analyst,
functional analysts, technical architects, developers, statisticians, test engineers, support officer,
security officer, responsible MD
25. Summary
1 technical implementation for all registries;
1 information architecture for all registries;
1 service provider for all registries;
1 set of business processes for all registries;
Max. re-use existing data (“only 1ce” registration);
Each DP can develop own strategy and priorities re. deep
integration and API’s;
Each DP has the original set of submitted data in structured
and coded (inter) national format, in 1 local database;
Each DP receives timely feedback reports within 1 reporting
environment;
==> Less administrative burden, higher efficiency, more time
for patient, higher quality of care, more time for
“research”, higher quality of research, lower costs
28. healthdata.be
data we care for
visual attention
auditory attention
somatosensory attention
Thank you for your attention!
Anderson, J. et al. “Topographic Maps of Multisensory Attention.”
PNAS 107.46 (2010): 20110–20114. PMC. Web. 31 Dec. 2014.
Johan van Bussel,
on behalf of the healthdata team
Editor's Notes
An
API to open form prefilled with a set existing data
API to pass full dataset & receive error message
API to pass full dataset & correct messages in form