The Healthcare DENMARK magazine, gives you an overview of the Danish healthcare system.
If you feel inspired to visit Denmark, please feel free to contact us.
This presentation gives you an introduction to Healthcare DENMARK.
To learn more, please visit our website: www.healthcaredenmark.dk or contact us by mail: info@healthcaredenmark.dk.
The document summarizes eHealth in Denmark, outlining its vision of providing coherent clinical pathways through the healthcare system focused on patient needs. It notes that digitalization is key to giving healthcare professionals access to patient data across the system. Denmark has several eHealth solutions in place and aims to better integrate and streamline how patient data is accessed and shared. The healthcare system in Denmark is decentralized and universal, with regions and municipalities responsible for providing most services like hospitals, general practitioners, and dental care.
Introduction to danish healthcare and healthcare initiativesHealthcare DENMARK
The document provides an introduction and overview of the Danish healthcare system and recent healthcare initiatives in Denmark. It discusses that Denmark has a universal healthcare system financed by taxes that provides free and equal access. It also highlights some of Denmark's initiatives to address healthcare challenges like early disease detection and treatment programs, eHealth and telehealth solutions, assisted living technologies, and new hospitals.
Hans Erik Henriksen's presentation from the Healthcare DENMARK session at HIM...Healthcare DENMARK
Healthcare DENMARK is a public-private partnership focused on putting patients first and improving healthcare efficiency and quality in Denmark. It promotes Danish healthcare solutions globally through visitor programs, conferences, and delegations. Denmark has a highly developed electronic health record system and collects comprehensive lifetime health data on its entire population, enabling powerful research using big data. Initiatives are underway to improve researcher access and use of this health data while protecting privacy.
The document provides information about e-health initiatives in Denmark. It discusses Denmark's public healthcare system and strategies to promote efficiency and quality, including e-health, telehealth, and patient empowerment solutions. It describes Denmark's national e-health infrastructure including electronic health records, a national health portal, and a national service platform that connects regions, municipalities, general practitioners, and hospitals. It also highlights several Danish telehealth and remote patient monitoring projects and platforms like OpenTelehealth that aim to provide personalized healthcare, especially for chronic disease patients.
Naja Warrer Iversen's presentation from the Healthcare DENMARK Ambassador SummitHealthcare DENMARK
The document outlines Denmark's new national health strategy, which aims to improve early diagnosis and treatment of diseases. It identifies five priority areas for investment over the next four years, totaling 5 billion kroner. The first priority is to detect cancer earlier through expanded screening and diagnostic testing, with a goal of 75% of cancer patients surviving five years after diagnosis by 2025. The second priority is to detect chronic diseases like diabetes and COPD earlier, through health checks and clearer treatment plans, with a target of reducing emergency admissions for those diseases by 20% by 2025.
Jonas Ekström - E-health strategies and solutions in Sweden - e-health 6.6.14Thearkvalais
The document summarizes eHealth strategies and solutions in Sweden. It describes Sweden's healthcare system with regions responsible for healthcare. All hospitals and primary care centers use electronic medical records (EMRs), with six major EMR systems used. A national eHealth strategy focused on security, standards, and deployment from 2005-2010. This led to national solutions like ePrescriptions, a care guide website (1177.se), and a patient portal ("My Care") to access eHealth services. Future plans include expanding MyCare, linking medication databases to EMRs, and personal health accounts.
This presentation gives you an introduction to Healthcare DENMARK.
To learn more, please visit our website: www.healthcaredenmark.dk or contact us by mail: info@healthcaredenmark.dk.
The document summarizes eHealth in Denmark, outlining its vision of providing coherent clinical pathways through the healthcare system focused on patient needs. It notes that digitalization is key to giving healthcare professionals access to patient data across the system. Denmark has several eHealth solutions in place and aims to better integrate and streamline how patient data is accessed and shared. The healthcare system in Denmark is decentralized and universal, with regions and municipalities responsible for providing most services like hospitals, general practitioners, and dental care.
Introduction to danish healthcare and healthcare initiativesHealthcare DENMARK
The document provides an introduction and overview of the Danish healthcare system and recent healthcare initiatives in Denmark. It discusses that Denmark has a universal healthcare system financed by taxes that provides free and equal access. It also highlights some of Denmark's initiatives to address healthcare challenges like early disease detection and treatment programs, eHealth and telehealth solutions, assisted living technologies, and new hospitals.
Hans Erik Henriksen's presentation from the Healthcare DENMARK session at HIM...Healthcare DENMARK
Healthcare DENMARK is a public-private partnership focused on putting patients first and improving healthcare efficiency and quality in Denmark. It promotes Danish healthcare solutions globally through visitor programs, conferences, and delegations. Denmark has a highly developed electronic health record system and collects comprehensive lifetime health data on its entire population, enabling powerful research using big data. Initiatives are underway to improve researcher access and use of this health data while protecting privacy.
The document provides information about e-health initiatives in Denmark. It discusses Denmark's public healthcare system and strategies to promote efficiency and quality, including e-health, telehealth, and patient empowerment solutions. It describes Denmark's national e-health infrastructure including electronic health records, a national health portal, and a national service platform that connects regions, municipalities, general practitioners, and hospitals. It also highlights several Danish telehealth and remote patient monitoring projects and platforms like OpenTelehealth that aim to provide personalized healthcare, especially for chronic disease patients.
Naja Warrer Iversen's presentation from the Healthcare DENMARK Ambassador SummitHealthcare DENMARK
The document outlines Denmark's new national health strategy, which aims to improve early diagnosis and treatment of diseases. It identifies five priority areas for investment over the next four years, totaling 5 billion kroner. The first priority is to detect cancer earlier through expanded screening and diagnostic testing, with a goal of 75% of cancer patients surviving five years after diagnosis by 2025. The second priority is to detect chronic diseases like diabetes and COPD earlier, through health checks and clearer treatment plans, with a target of reducing emergency admissions for those diseases by 20% by 2025.
Jonas Ekström - E-health strategies and solutions in Sweden - e-health 6.6.14Thearkvalais
The document summarizes eHealth strategies and solutions in Sweden. It describes Sweden's healthcare system with regions responsible for healthcare. All hospitals and primary care centers use electronic medical records (EMRs), with six major EMR systems used. A national eHealth strategy focused on security, standards, and deployment from 2005-2010. This led to national solutions like ePrescriptions, a care guide website (1177.se), and a patient portal ("My Care") to access eHealth services. Future plans include expanding MyCare, linking medication databases to EMRs, and personal health accounts.
The health care system in Denmark is publicly funded through taxes and decentralized between national, regional, and municipal levels of government. It provides universal access to services like hospitals, doctors, and dental care. Recent reforms aim to improve quality by merging specialized services into fewer, larger "super hospitals" to increase volumes. The government is investing billions to modernize old hospitals or replace them as recommended by experts who reviewed the regions' plans.
Denmark has a long history of focusing on e-health and healthcare IT networks. The national e-health portal Sundhed.dk, launched in 2003, provides citizens access to their personal health records and the ability to communicate with healthcare providers online. Healthcare professionals also access patient health information through Sundhed.dk. The national electronic health record system allows sharing of health records, test results, and other information between general practitioners and hospitals. Telehealth services have expanded to include remote monitoring of patients with conditions like COPD and diabetes. The goal is to empower patients and support integrated care through personalized telehealth solutions.
This document outlines Denmark's national strategy for digitizing the healthcare sector from 2013-2017. The strategy's goals are to deliver healthcare services in new ways through telemedicine and digital tools that involve patients, provide digital access to healthcare information and services for citizens, and use digital solutions to enhance care quality and efficiency. Key initiatives include nationwide deployment of telemedical ulcer assessment and telepsychiatry, establishing a national telemedicine infrastructure, and piloting self-booking of hospital appointments through digital tools. The strategy aims to fully leverage existing digital health systems and realize the benefits of digitization for both patients and healthcare providers.
This document summarizes the Danish health care system and framework for investments in hospital infrastructure from 2008 to 2020. It outlines that Denmark has a public health care system financed by taxes with 5 regions and 39 hospitals serving 5.5 million people. It also describes trends toward centralizing specialized services and decentralizing primary care. The document details a 41.4 billion Danish krone investment in new and renovated hospitals to improve patient safety, workflows and resources through centralized planning and knowledge sharing across regions.
Christina Wanscher presents an introduction to the Danish Healthcare system, healthcare transformation initiatives, National Healthcare IT and Integrated Care.
Details on the presentation found in link:
http://www-01.ibm.com/software/city-operations/curam-research-institute/curam-roundtable/index.html
How Sweden improved patient self service with ehealthJohan Eltes
Since 2006, a national Health Advice Line – 1177 - has been Swedish residents first point of contact with healthcare. In 2006, a national patient portal was set up to facilitate form based, secure information exchange between patients and Swedish care providers. The next step was to introduce fully digitalized self-service e-services. These services offload health care personnel from manual registration tasks and improves the service to the patients. As an example, 1177 provides a national e-service for online appointment management with primary care providers across the country. Another e-service of the national patient portal provides online access to electronic health records from the majority of the EHR systems of Sweden’s 21 county councils and 300 municipalities. The appointment e-service has had a linear increase in patient transactions, starting at 25 000 per year with a current rate of 1,2 million per year. The current development is focused on tele medicine services (a national platform for remote treatment programs), the ability for the patient to share EHR data with apps and services and a national architecture for personal connected health (home monitoring). The presentation gives an overview of e-services offered to patients, their adoption and share some lessons learned.
Primary care in Finland has several key principles: it is residence-based and provides universal and equal access to health services. Local municipalities are responsible for organizing primary care and some specialized care. Primary care includes services from general practitioners, nurses, dental and oral health care, maternity and child services, and some home care. Current challenges include an expanding scope of duties without additional resources, resulting in lower quality chronic care. There is also a shortage of health professionals, especially doctors and dentists. The system focuses more on planning than patients, with limited choice and influence. Efforts are underway to improve access, quality, patient-centeredness, prevention, leadership, and the role of health professionals.
The document summarizes Denmark's strategy for digitalization of healthcare. It discusses Denmark's national e-health infrastructure including MedCom, which standardizes health data exchange, and Sundhed.dk, the national health portal. It outlines Denmark's initiatives in telehealth and ambient assisted living to improve care for chronic patients and elderly citizens. The agenda focuses on expanding these services through the national strategy in coming years to establish a mature market for telehealth and alignment with assisted living goals.
eHealth Summit: "Case Study: How Finland became a leader in eHealth adoption"...3GDR
Slides from National eHealth Summit, 30 Sept 2015 at Carton House, Kildare: Maritta Korhonen, head of development, Ministry of Social Affairs and Health, Finland.
#eHealthSummit15
http://www.ehealthsummit.ie
http://mhealthinsight.com/2015/09/25/mhealth-insights-from-the-ehealth-summit/
The virtual hospital project is a collaboration between several Finnish hospital districts and aims to provide seamless digital health services nationally. It offers both professionals and citizens digital tools to aid in diagnosis, treatment instructions, remote appointments, and self-care/monitoring. By the end of 2018, over 50 new digital care paths covering various medical areas will be available. The virtual hospital also works with the Finnish personal health record to aggregate data from connected devices to support treatments and enable authorized applications to access this data.
This document outlines New Zealand's national health IT plan and governance structure. It discusses expanding patient access to their health information by the end of 2014 through GP clinics and primary care providers. Key priorities for eHealth over the next 5 years include extending patient access to information, personalizing health services, and moving to digital and paperless systems. Achieving these goals will require a team effort between health professionals, consumers, and executives to advance eHealth initiatives in New Zealand.
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.
Digital Health in Context - Insights from Denmark, USA, China, South Korea an...Till Winkler
The document summarizes key aspects of digital health in Denmark. It describes Denmark's healthcare system context, including its universal healthcare model funded through taxes. It discusses Denmark's national digital health strategies and facilitating/inhibiting policy frameworks. It also outlines Denmark's provider-based electronic health record systems, health information infrastructure like the patient portal Sundhed.dk, and vibrant digital health innovation ecosystem. Overall, the document highlights Denmark's early and coordinated investments in digital infrastructure, consistent government strategies, and pragmatic policy approaches as supporting widespread digital health implementation.
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.
IT and eHealth strategy, mHealth, technology trendsBjørn Sloth
E-helse-strategi, m-helse og teknologitrender discusses Norway's national e-health strategy and action plan for 2017-2022. The strategy focuses on developing critical infrastructures and common building blocks, as well as national governance of e-health to better connect Norway's health services. Emerging technology trends like artificial intelligence, automation, blockchain, and the internet of things that could impact e-health delivery are also mentioned.
Kanta is Finland's national eHealth infrastructure designed for healthcare, social services, pharmacies, and citizens. It includes a Patient Data Repository, Data Repository for Social Services, electronic prescriptions, and My Kanta personal health records. My Kanta Pages allows citizens to store and manage their own health and wellbeing data using approved applications, gives healthcare professionals access to up-to-date patient information, and is part of Finland's strategy to empower citizens and enable self-care through accessible health data and tools.
The future of patient data the danish perspective 2018Future Agenda
The Danish perspective on implications from the future of patient data - insights from discussions in Copenhagen
Denmark is recognised as one of the leading nations for healthcare and is at the forefront of digital transformation in the sector. As new challenges and opportunities emerge over the next decade this article considers what the core drivers of change may be and explores how developments in the availability and use of more and better patient data may impact the Danish health system. Linking together previous research, a recent related Future Agenda initiative and insights from a number of expert discussions in Copenhagen, it then examines the pivotal issues that will affect healthcare providers in the future and considers how the wider sharing of exemplary data can change delivery models.
Given the overall dynamics, many conclude that Denmark is one of the most connected, well-funded and healthy nations in the world. The advent of more and better health data should therefore have additional impact. So, what about the future? How will the global changes underway impact and enhance the Danish system? Moreover, what will be the national vs regional response?
A recent global project exploring the future of patient data was undertaken by Future Agenda in partnership with leading organisations around the world. (www.futureofpatientdata.org) Twelve events across many different healthcare systems brought together over 300 experts to debate the primary shifts for the next decade as well as explore their implications. Within this, several shared ambitions in a number of different countries were identified – many of which can already be seen as existing assets of the Danish system: Good quality patient data, common access to it, and means of interacting with both the information and the different communities who form the full care system.
As the first phase of a subsequent series of more regional, national dialogues, in June 2018 additional discussions were undertaken with healthcare experts in Copenhagen to uncover more detail. Hosted by DTU Business, the aim was to both respond to the global context from the Future of Patient Data project and debate what the implications may be for Denmark. In particular, a core objective was to identify what are the primary issues for the Danish healthcare system for the next decade.
The health care system in Denmark is publicly funded through taxes and decentralized between national, regional, and municipal levels of government. It provides universal access to services like hospitals, doctors, and dental care. Recent reforms aim to improve quality by merging specialized services into fewer, larger "super hospitals" to increase volumes. The government is investing billions to modernize old hospitals or replace them as recommended by experts who reviewed the regions' plans.
Denmark has a long history of focusing on e-health and healthcare IT networks. The national e-health portal Sundhed.dk, launched in 2003, provides citizens access to their personal health records and the ability to communicate with healthcare providers online. Healthcare professionals also access patient health information through Sundhed.dk. The national electronic health record system allows sharing of health records, test results, and other information between general practitioners and hospitals. Telehealth services have expanded to include remote monitoring of patients with conditions like COPD and diabetes. The goal is to empower patients and support integrated care through personalized telehealth solutions.
This document outlines Denmark's national strategy for digitizing the healthcare sector from 2013-2017. The strategy's goals are to deliver healthcare services in new ways through telemedicine and digital tools that involve patients, provide digital access to healthcare information and services for citizens, and use digital solutions to enhance care quality and efficiency. Key initiatives include nationwide deployment of telemedical ulcer assessment and telepsychiatry, establishing a national telemedicine infrastructure, and piloting self-booking of hospital appointments through digital tools. The strategy aims to fully leverage existing digital health systems and realize the benefits of digitization for both patients and healthcare providers.
This document summarizes the Danish health care system and framework for investments in hospital infrastructure from 2008 to 2020. It outlines that Denmark has a public health care system financed by taxes with 5 regions and 39 hospitals serving 5.5 million people. It also describes trends toward centralizing specialized services and decentralizing primary care. The document details a 41.4 billion Danish krone investment in new and renovated hospitals to improve patient safety, workflows and resources through centralized planning and knowledge sharing across regions.
Christina Wanscher presents an introduction to the Danish Healthcare system, healthcare transformation initiatives, National Healthcare IT and Integrated Care.
Details on the presentation found in link:
http://www-01.ibm.com/software/city-operations/curam-research-institute/curam-roundtable/index.html
How Sweden improved patient self service with ehealthJohan Eltes
Since 2006, a national Health Advice Line – 1177 - has been Swedish residents first point of contact with healthcare. In 2006, a national patient portal was set up to facilitate form based, secure information exchange between patients and Swedish care providers. The next step was to introduce fully digitalized self-service e-services. These services offload health care personnel from manual registration tasks and improves the service to the patients. As an example, 1177 provides a national e-service for online appointment management with primary care providers across the country. Another e-service of the national patient portal provides online access to electronic health records from the majority of the EHR systems of Sweden’s 21 county councils and 300 municipalities. The appointment e-service has had a linear increase in patient transactions, starting at 25 000 per year with a current rate of 1,2 million per year. The current development is focused on tele medicine services (a national platform for remote treatment programs), the ability for the patient to share EHR data with apps and services and a national architecture for personal connected health (home monitoring). The presentation gives an overview of e-services offered to patients, their adoption and share some lessons learned.
Primary care in Finland has several key principles: it is residence-based and provides universal and equal access to health services. Local municipalities are responsible for organizing primary care and some specialized care. Primary care includes services from general practitioners, nurses, dental and oral health care, maternity and child services, and some home care. Current challenges include an expanding scope of duties without additional resources, resulting in lower quality chronic care. There is also a shortage of health professionals, especially doctors and dentists. The system focuses more on planning than patients, with limited choice and influence. Efforts are underway to improve access, quality, patient-centeredness, prevention, leadership, and the role of health professionals.
The document summarizes Denmark's strategy for digitalization of healthcare. It discusses Denmark's national e-health infrastructure including MedCom, which standardizes health data exchange, and Sundhed.dk, the national health portal. It outlines Denmark's initiatives in telehealth and ambient assisted living to improve care for chronic patients and elderly citizens. The agenda focuses on expanding these services through the national strategy in coming years to establish a mature market for telehealth and alignment with assisted living goals.
eHealth Summit: "Case Study: How Finland became a leader in eHealth adoption"...3GDR
Slides from National eHealth Summit, 30 Sept 2015 at Carton House, Kildare: Maritta Korhonen, head of development, Ministry of Social Affairs and Health, Finland.
#eHealthSummit15
http://www.ehealthsummit.ie
http://mhealthinsight.com/2015/09/25/mhealth-insights-from-the-ehealth-summit/
The virtual hospital project is a collaboration between several Finnish hospital districts and aims to provide seamless digital health services nationally. It offers both professionals and citizens digital tools to aid in diagnosis, treatment instructions, remote appointments, and self-care/monitoring. By the end of 2018, over 50 new digital care paths covering various medical areas will be available. The virtual hospital also works with the Finnish personal health record to aggregate data from connected devices to support treatments and enable authorized applications to access this data.
This document outlines New Zealand's national health IT plan and governance structure. It discusses expanding patient access to their health information by the end of 2014 through GP clinics and primary care providers. Key priorities for eHealth over the next 5 years include extending patient access to information, personalizing health services, and moving to digital and paperless systems. Achieving these goals will require a team effort between health professionals, consumers, and executives to advance eHealth initiatives in New Zealand.
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.
Digital Health in Context - Insights from Denmark, USA, China, South Korea an...Till Winkler
The document summarizes key aspects of digital health in Denmark. It describes Denmark's healthcare system context, including its universal healthcare model funded through taxes. It discusses Denmark's national digital health strategies and facilitating/inhibiting policy frameworks. It also outlines Denmark's provider-based electronic health record systems, health information infrastructure like the patient portal Sundhed.dk, and vibrant digital health innovation ecosystem. Overall, the document highlights Denmark's early and coordinated investments in digital infrastructure, consistent government strategies, and pragmatic policy approaches as supporting widespread digital health implementation.
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.
IT and eHealth strategy, mHealth, technology trendsBjørn Sloth
E-helse-strategi, m-helse og teknologitrender discusses Norway's national e-health strategy and action plan for 2017-2022. The strategy focuses on developing critical infrastructures and common building blocks, as well as national governance of e-health to better connect Norway's health services. Emerging technology trends like artificial intelligence, automation, blockchain, and the internet of things that could impact e-health delivery are also mentioned.
Kanta is Finland's national eHealth infrastructure designed for healthcare, social services, pharmacies, and citizens. It includes a Patient Data Repository, Data Repository for Social Services, electronic prescriptions, and My Kanta personal health records. My Kanta Pages allows citizens to store and manage their own health and wellbeing data using approved applications, gives healthcare professionals access to up-to-date patient information, and is part of Finland's strategy to empower citizens and enable self-care through accessible health data and tools.
The future of patient data the danish perspective 2018Future Agenda
The Danish perspective on implications from the future of patient data - insights from discussions in Copenhagen
Denmark is recognised as one of the leading nations for healthcare and is at the forefront of digital transformation in the sector. As new challenges and opportunities emerge over the next decade this article considers what the core drivers of change may be and explores how developments in the availability and use of more and better patient data may impact the Danish health system. Linking together previous research, a recent related Future Agenda initiative and insights from a number of expert discussions in Copenhagen, it then examines the pivotal issues that will affect healthcare providers in the future and considers how the wider sharing of exemplary data can change delivery models.
Given the overall dynamics, many conclude that Denmark is one of the most connected, well-funded and healthy nations in the world. The advent of more and better health data should therefore have additional impact. So, what about the future? How will the global changes underway impact and enhance the Danish system? Moreover, what will be the national vs regional response?
A recent global project exploring the future of patient data was undertaken by Future Agenda in partnership with leading organisations around the world. (www.futureofpatientdata.org) Twelve events across many different healthcare systems brought together over 300 experts to debate the primary shifts for the next decade as well as explore their implications. Within this, several shared ambitions in a number of different countries were identified – many of which can already be seen as existing assets of the Danish system: Good quality patient data, common access to it, and means of interacting with both the information and the different communities who form the full care system.
As the first phase of a subsequent series of more regional, national dialogues, in June 2018 additional discussions were undertaken with healthcare experts in Copenhagen to uncover more detail. Hosted by DTU Business, the aim was to both respond to the global context from the Future of Patient Data project and debate what the implications may be for Denmark. In particular, a core objective was to identify what are the primary issues for the Danish healthcare system for the next decade.
This document summarizes findings from the HOPE Exchange Programme on innovations in hospital and healthcare organization and management. Participants identified innovations in several areas across different European countries, including: centralizing care services; increasing home and community-based care; optimizing clinical pathways; empowering nurses' roles; implementing multidisciplinary care teams; and facilitating health data sharing and telemedicine. The document provides examples of specific innovations in various countries and discusses trends toward more patient-centered and integrated care models.
Sophie Hæstorp-Andersen's presentation from Hospital + Innovation 2015Healthcare DENMARK
Sophie Hæstorp-Andersen's (Chairman of the Regional Council of The Capital Region of Denmark and member of the board, Danish Regions) presentation from the Hospital + Innovation Congress 2015.
The document summarizes key aspects of the public healthcare system in Andalucía, Spain. It highlights that the system provides universal coverage funded through taxes. It aims to put citizens at the center and guarantee quality of care, including maximum waiting times for surgeries and diagnostic tests. The system utilizes electronic health records, online appointment booking, and other digital tools. It also focuses on accessibility, health promotion, elderly care, and coordinating healthcare with other policy areas.
The document discusses New Zealand's national eHealth initiatives and priorities. It outlines the goals of establishing a core set of personal health information for all New Zealanders electronically by 2014 to improve healthcare quality and safety. Key programs include implementing health identity standards, developing universal medication lists and e-prescribing capabilities, and establishing clinical data repositories accessible across care settings. Governance involves multiple groups providing oversight and accountability for achieving the eHealth plan.
Here are a complete PPT file about techniques and management skills are acquired during the course of health care management practice. It requires a lot of training and serious skill upgradation to manage health care service effectively.
This document discusses prevention and health promotion in healthcare across Europe. It defines what good prevention and health promotion looks like, including health education programs, adult and child immunization policies, disease screening programs, infection prevention policies, and improving secondary prevention through risk factor reduction. The document emphasizes that while policymakers acknowledge the need to shift focus to prevention, progress has been variable. It argues that prevention is a cost-effective investment that can improve health and reduce disease burden and health inequalities.
European Directory of Health Apps 2013 (European Commission Directorate General for Communications Networks, Content and Technology).
http://www.alfonsogadea.es/apps-salud-poniendo-orden/
Ruud Simons, a program manager from Nictiz in the Netherlands, gave a presentation on personalized medicine from the perspective of health insurers. He discussed several key points:
1) Achieving the "triple aim" of improving patient experience, population health, and reducing costs through practices like benchmarking expensive drugs and treatments tailored to individuals.
2) The importance of standards, interoperability, and international cooperation to connect initiatives and share best practices.
3) The role of patient registries and empowerment in combining data to support clinical decision making and providing patients access to their own health information.
John Gillies: Health and Social Care Integration in Scotland 2018STN IMPRO
The document discusses health and social care integration in Scotland. It provides background on the Scottish population and healthcare system. The key goals of integration are to support people living independently at home, provide positive experiences of care, and design services around individual needs rather than organizational structure. Integration partnerships aim to improve outcomes such as quality of life, reducing inequalities, and supporting carers through coordinated primary, community and social care services.
Report capturing the content of the MSD Access, Innovation, and Affordability Forum organized by MSD in 2007 (Munich) and 2008 (Istanbul). The report was produced for the third edition of the AIA Forum, which took place in Warsaw in 2009.
This document presents a framework for using data and technology to transform health and care outcomes in England by 2020. It identifies challenges facing the current system and proposes 12 actions to enable citizens to make healthy choices, give care professionals access to real-time patient data, make care quality transparent, build public trust in data sharing, support innovation, ensure staff can use technology, and get best value for taxpayers. The National Information Board will oversee implementing the framework through national support, local support, and development principles to help the health and care system meet its challenges.
The document discusses several medical devices and technologies. It begins by describing a new collaboration between Alder Hey Children's Hospital and Karl Storz to develop minimally invasive surgical technologies for pediatric patients. It then discusses new initiatives by the UK government and health organizations to reduce sepsis, including new guidelines and tools for diagnosis. It concludes by mentioning new monitoring systems installed at Lister Hospital in the UK from Fukuda Denshi.
This is the impact report which outlines the collective impact each AHSN had both individually and collaboratively in 2015-16. The report features key forewords from national leaders and many case studies showing where the work of AHSNs is having a real impact in the health system, and therefore, on people's lives.
The 2016 Impact Report – Improving Health and Promoting Economic Growth has been published today (13 June 2016) by the national Academic Health Science Network (AHSN) and outlines the work done by its 15 members over the last 12 months. The report outlines achievements by individual AHSNs , and where the different organisations have worked in partnership.
The document discusses MEDx eHealthCenter's vision for the Digital Hospital for Emerging Countries. It outlines challenges in healthcare access and delivery in growth countries, including shortages of hospital beds, physicians, medical devices and supplies. MEDx aims to address these issues by expanding partnerships and developing national healthcare coverage programs. Its objectives include bringing innovations to market and growing its network of partners and advisory board. The presentation requests help with investment, referrals to investors, and connecting retired healthcare professionals to MEDx's network.
Helle Gaub's presentation from Hospital + Innovation 2015Healthcare DENMARK
Helle Gaub's (Project Director, University Hospital Koege, Region Zealand) presentation from the Hospital + Innovation Congress 2015 in Odense, Denmark.
Peder Jest's, Cornelius Glismann's, and Jakob Uffelman's presentations from H...Healthcare DENMARK
Peder Jest's (Medical Director, Odense University Hospital, Region of Southern Denmark), Cornelius Glismann's (CEO of CorporateHealth), and Jakob Uffelman's (Director of Innovation, Sundhed.dk) presentation collected from the Hospital + Innovation Congress 2015 in Odense, Denmark.
Niki Nicolas Grigoriou's presentation from Hospital + Innovation 2015Healthcare DENMARK
Niki Nicolas Grigoriou's (CEO and Software Architect, Intelligent Systems A/S) presentation from the Hospital + Innovation Congress 2015 in Odense, Denmark.
Mogens Sehested's, Per Grønbech's, Christian Christensen's, Jesper Allerup's,...Healthcare DENMARK
All presentations from the panel discussion with Mogens Sehested (Chief Financiel Officer, Central Denmark Region), Per Grønbech (Chief Financiel Officer, Region of Southern Denmark), Christian Christensen (Chief Procurement Officer, Zealand Region), Jesper Allerup (Head of Unit, Research and Innovation, Capital Region of Denmark), and Kjeld Lisby (Chief Innovation Officer, North Denmark Region).
Mie Krog's presentation from Hospital + Innovation 2015Healthcare DENMARK
The document discusses raising lighting standards in healthcare facilities. It describes how circadian lighting, influenced by LED technology, can positively impact patient and staff well-being by influencing mental and physiological states. Examples are provided of circadian lighting installations in Danish hospitals that have led to reduced stress and improved sleep patterns for patients. The lighting is designed through user-centered processes with multiple settings to meet different user needs across various healthcare areas.
Edzard Schultz' presentation from Hospital + Innovation 2015Healthcare DENMARK
Edzard Schultz' (Dipl.-Ing. Architekt vom Büro, Heinle, Wischer und Partner, Freie Architekten GbR, Germany) presentation from the Hospital + Innovation Congress 2015 in Odense, Denmark.
Andy Black's presentation from Hospital + Innovation 2015Healthcare DENMARK
The document discusses how future hospital designs need to move beyond existing concepts that are outdated. It notes that most projects simply elaborate on familiar hospital models rather than innovating for the future. It also points out issues with the current criteria for determining which specialists should manage which patients, saying criteria are often non-existent and patients can be overlooked if placed in the wrong area of the hospital.
Peter Fosgrau's presentation from Hospital + Innovation 2015Healthcare DENMARK
The document discusses the new University Hospital in Odense, Denmark. It notes that the hospital has a very attractive location and its design is standardized, modular, and features an automated supply chain utilizing conveyors, automated guided vehicles, miniloads, and pneumatic tubes. The structure is described as flexible and robust.
Johan Permert's presentation from Hospital + Innovation 2015Healthcare DENMARK
Johan Permert's (Development and Innovation Director, Karolinska University Hospital, Sweden) presentation from the Hospital + Innovation Congress 2015.
Jens Friis Bak's presentation from Hospital + Innovation 2015Healthcare DENMARK
The document discusses plans for a new hospital in Gødstup that focuses on patient involvement and innovation. Key features include private one-bed rooms for patients with easy access to personal data and facilities for examinations, talks, and rehabilitation all within the room. Bathrooms and toilets will be large to promote independence and nutrition options will respect individual needs and preferences. The hospital also aims to test innovative ideas through pilot projects like vertical bed storage and alternative delivery room designs.
Dorthe Kjerkeaard's and Hans Danielsen's presentation from Hospital + Innovat...Healthcare DENMARK
Dorthe Kjerkegaard's and Hans Danielsen's (Health Innovation Centre of Southern Denmark & Capital Region of Denmark) presentation from the Hospital + Innovation Congress 2015 in Odense, Denmark
Dag Bøhler's presentation from Hospital + Innovation 2015Healthcare DENMARK
The document summarizes a project to build a new hospital in Østfold, Norway. It provides details on the project objectives such as completing construction on time and on budget, implementing new clinical IT systems, and achieving a high safety standard during construction. It describes the management structure, procurement strategy using multiple contracts, and status reporting process. The project met all its objectives, coming in under budget and 6 months ahead of schedule while maintaining high quality and safety standards. Lessons learned include the importance of early clinical involvement and integrating IT projects into the construction schedule. The project structure and solutions will be reused for a new hospital in Drammen-Buskerud.
The document discusses CoLab Denmark, a conceptual model for developing assisted living technologies through collaboration across the healthcare sector. CoLab Denmark creates localized testbeds called CoLabs, anchored within daily hospital and municipality operations, to test and develop new technologies. This allows real end-users to provide feedback and helps companies commercialize products. CoLabs provide tailored support like testing, certification, and helping innovative companies access the market. The goal is to address the challenge companies face moving from prototypes to market by facilitating real-world testing of assisted living solutions.
Eric Hixson's presentation from the Healthcare DENMARK session at HIMSS 2015Healthcare DENMARK
Eric Hixson's presentation on "The Analytical Organization: Experience from the Cleveland Clinic" at the Healthcare DENMARK session, HIMSS 2015 in Chicago.
Osvaldo Bernardo Muchanga-GASTROINTESTINAL INFECTIONS AND GASTRITIS-2024.pdfOsvaldo Bernardo Muchanga
GASTROINTESTINAL INFECTIONS AND GASTRITIS
Osvaldo Bernardo Muchanga
Gastrointestinal Infections
GASTROINTESTINAL INFECTIONS result from the ingestion of pathogens that cause infections at the level of this tract, generally being transmitted by food, water and hands contaminated by microorganisms such as E. coli, Salmonella, Shigella, Vibrio cholerae, Campylobacter, Staphylococcus, Rotavirus among others that are generally contained in feces, thus configuring a FECAL-ORAL type of transmission.
Among the factors that lead to the occurrence of gastrointestinal infections are the hygienic and sanitary deficiencies that characterize our markets and other places where raw or cooked food is sold, poor environmental sanitation in communities, deficiencies in water treatment (or in the process of its plumbing), risky hygienic-sanitary habits (not washing hands after major and/or minor needs), among others.
These are generally consequences (signs and symptoms) resulting from gastrointestinal infections: diarrhea, vomiting, fever and malaise, among others.
The treatment consists of replacing lost liquids and electrolytes (drinking drinking water and other recommended liquids, including consumption of juicy fruits such as papayas, apples, pears, among others that contain water in their composition).
To prevent this, it is necessary to promote health education, improve the hygienic-sanitary conditions of markets and communities in general as a way of promoting, preserving and prolonging PUBLIC HEALTH.
Gastritis and Gastric Health
Gastric Health is one of the most relevant concerns in human health, with gastrointestinal infections being among the main illnesses that affect humans.
Among gastric problems, we have GASTRITIS AND GASTRIC ULCERS as the main public health problems. Gastritis and gastric ulcers normally result from inflammation and corrosion of the walls of the stomach (gastric mucosa) and are generally associated (caused) by the bacterium Helicobacter pylor, which, according to the literature, this bacterium settles on these walls (of the stomach) and starts to release urease that ends up altering the normal pH of the stomach (acid), which leads to inflammation and corrosion of the mucous membranes and consequent gastritis or ulcers, respectively.
In addition to bacterial infections, gastritis and gastric ulcers are associated with several factors, with emphasis on prolonged fasting, chemical substances including drugs, alcohol, foods with strong seasonings including chilli, which ends up causing inflammation of the stomach walls and/or corrosion. of the same, resulting in the appearance of wounds and consequent gastritis or ulcers, respectively.
Among patients with gastritis and/or ulcers, one of the dilemmas is associated with the foods to consume in order to minimize the sensation of pain and discomfort.
- Video recording of this lecture in English language: https://youtu.be/Pt1nA32sdHQ
- Video recording of this lecture in Arabic language: https://youtu.be/uFdc9F0rlP0
- Link to download the book free: https://nephrotube.blogspot.com/p/nephrotube-nephrology-books.html
- Link to NephroTube website: www.NephroTube.com
- Link to NephroTube social media accounts: https://nephrotube.blogspot.com/p/join-nephrotube-on-social-media.html
Gene therapy can be broadly defined as the transfer of genetic material to cure a disease or at least to improve the clinical status of a patient.
One of the basic concepts of gene therapy is to transform viruses into genetic shuttles, which will deliver the gene of interest into the target cells.
Safe methods have been devised to do this, using several viral and non-viral vectors.
In the future, this technique may allow doctors to treat a disorder by inserting a gene into a patient's cells instead of using drugs or surgery.
The biggest hurdle faced by medical research in gene therapy is the availability of effective gene-carrying vectors that meet all of the following criteria:
Protection of transgene or genetic cargo from degradative action of systemic and endonucleases,
Delivery of genetic material to the target site, i.e., either cell cytoplasm or nucleus,
Low potential of triggering unwanted immune responses or genotoxicity,
Economical and feasible availability for patients .
Viruses are naturally evolved vehicles that efficiently transfer their genes into host cells.
Choice of viral vector is dependent on gene transfer efficiency, capacity to carry foreign genes, toxicity, stability, immune responses towards viral antigens and potential viral recombination.
There are a wide variety of vectors used to deliver DNA or oligo nucleotides into mammalian cells, either in vitro or in vivo.
The most common vector system based on retroviruses, adenoviruses, herpes simplex viruses, adeno associated viruses.
The biomechanics of running involves the study of the mechanical principles underlying running movements. It includes the analysis of the running gait cycle, which consists of the stance phase (foot contact to push-off) and the swing phase (foot lift-off to next contact). Key aspects include kinematics (joint angles and movements, stride length and frequency) and kinetics (forces involved in running, including ground reaction and muscle forces). Understanding these factors helps in improving running performance, optimizing technique, and preventing injuries.
This presentation gives information on the pharmacology of Prostaglandins, Thromboxanes and Leukotrienes i.e. Eicosanoids. Eicosanoids are signaling molecules derived from polyunsaturated fatty acids like arachidonic acid. They are involved in complex control over inflammation, immunity, and the central nervous system. Eicosanoids are synthesized through the enzymatic oxidation of fatty acids by cyclooxygenase and lipoxygenase enzymes. They have short half-lives and act locally through autocrine and paracrine signaling.
Discover the benefits of homeopathic medicine for irregular periods with our guide on 5 common remedies. Learn how these natural treatments can help regulate menstrual cycles and improve overall menstrual health.
Visit Us: https://drdeepikashomeopathy.com/service/irregular-periods-treatment/
Computer in pharmaceutical research and development-Mpharm(Pharmaceutics)MuskanShingari
Statistics- Statistics is the science of collecting, organizing, presenting, analyzing and interpreting numerical data to assist in making more effective decisions.
A statistics is a measure which is used to estimate the population parameter
Parameters-It is used to describe the properties of an entire population.
Examples-Measures of central tendency Dispersion, Variance, Standard Deviation (SD), Absolute Error, Mean Absolute Error (MAE), Eigen Value
PGx Analysis in VarSeq: A User’s PerspectiveGolden Helix
Since our release of the PGx capabilities in VarSeq, we’ve had a few months to gather some insights from various use cases. Some users approach PGx workflows by means of array genotyping or what seems to be a growing trend of adding the star allele calling to the existing NGS pipeline for whole genome data. Luckily, both approaches are supported with the VarSeq software platform. The genotyping method being used will also dictate what the scope of the tertiary analysis will be. For example, are your PGx reports a standalone pipeline or would your lab’s goal be to handle a dual-purpose workflow and report on PGx + Diagnostic findings.
The purpose of this webcast is to:
Discuss and demonstrate the approaches with array and NGS genotyping methods for star allele calling to prep for downstream analysis.
Following genotyping, explore alternative tertiary workflow concepts in VarSeq to handle PGx reporting.
Moreover, we will include insights users will need to consider when validating their PGx workflow for all possible star alleles and options you have for automating your PGx analysis for large number of samples. Please join us for a session dedicated to the application of star allele genotyping and subsequent PGx workflows in our VarSeq software.
acne vulgaris -Mpharm (2nd semester) Cosmetics and cosmeceuticals
Healthcare DENMARK magazine 2014
1. Healthcare DENMARK
I N N O V AT I N G B E T T E R L I F E
Activity
y in Danish
Productivit the rise
n
hospitals o
130
re
xpenditu
re e
Healthca
elp
ons that h
t the soluti s
u
Learn abo are expense
healthc
cap
120
110
100
2006
2007
2008
tisfaction
Patient sa
90
ach to
nish appro
lore the Da hcare system
Exp
healt
a coherent
80
70
2009
2010
2011
2012
2. Her Royal Highness Mary,
Crown Princess of Denmark.
Patron of Healthcare DENMARK
’’
In Denmark our focus on putting
the patient first – combined with
efforts to improve efficiency and
quality – has resulted in a wide
array of innovative solutions.
I sincerely believe Danish
solutions and expertise can
have a positive impact on
global health.
2 Healthcare DENMARK
3. From the Chairman
The case
of Denmark
T
hroughout the world, governments are facing the same challenge:
How can we provide increasingly sophisticated healthcare to a
population that lives longer, suffers from an increasing number of
chronic illnesses, and expects easy access to treatment?
In Denmark, we have increased public satisfaction with healthcare
services and improved productivity and quality in the sector, while successfully keeping health expenditures in check.
How did we accomplish this? Most importantly, we place the patient at
the center of attention and design our healthcare sector to support this idea.
We combine sophisticated technology and transmission of data with a
strong focus on skills and coherent processes. We prioritise design and
quality and innovate by involving users and public-private cooperation.
Combined, these trademarks lead to cost-efficient and user-friendly care.
In short, our success is the result of a well-functioning public sector
supported by innovative companies that provide the technologies, products,
and expertise which make it possible. We are not perfect, but we have come
far and continue to push forward to tackle modern healthcare challenges
intelligently.
Danish healthcare is not exclusively for Danes: Many years of global
presence show that our healthcare products and solutions create value internationally. Danish expertise and products are used every day in ambulances,
medical clinics, hospitals, and nursing homes across the world.
This magazine presents ideas and solutions that exemplify our results
and experiences. The following pages offer a brief insight into the Danish
healthcare sector, its structure and ways of working, and just as importantly,
the links and collaboration that tie the sector together into one coherent
patient pathway.
We hope to inspire you and would like to invite you to Denmark to learn
more.
Mariann Fischer Boel
Chairman
Healthcare DENMARK
Published by Healthcare DENMARK, 2nd edition, February 2014. Text support: Operate. Photos: Steen Evald (page 2), Bjarke Ørsted (page 3), Mikkel Østergaard/Digitaliseringsstyrelsen
(page 4 bottom), David Bering (page 5), Martin Wendel/Falck (page 8), Colourbox (page 1, 4 top, 7, 9, 11, 13), KMD (page 15), Vendlet Aps (page 17), Medic OUH I/S (page 18, 19).
Graphic design: Christen Tofte. Printed in Denmark by: Oberthur Technologies.
healthcaredenmark.dk 3
4. Contents
About Healthcare DENMARK
5
6
8
10
14
16
18
4 Healthcare DENMARK
Learn more about Healthcare DENMARK and
our services.
At the doctor’s
The general practitioner is the most important gatekeeper in the Danish healthcare sector.
Approximately nine out of ten patients are fully treated by their GP.
99% of GPs use EMRs, and all have electronic access to patient data from almost every part of
the healthcare sector.
Prehospital treatment
In the area of prehospital treatment, Denmark is leading with advanced ambulance equipment,
which virtually moves the hospital entrance to the ambulance.
The IT and medical equipment in the ambulance and at the hospital are designed to work together
and share real time information.
Efficient and innovative hospitals
Denmark is among the EU countries with the highest patient satisfaction
and with the lowest GDP spent on healthcare.
Learn how Danish hospitals keep the average length of stay low and how hospitals are
integrated with other healthcare services to ensure coherent patient treatment.
Treatment at home
Denmark is successfully transforming healthcare to reduce the need for hospitalization
and to increase focus on patient empowerment and prevention.
A vital element of this is telehealth solutions, which offer healthcare professionals a more frequent
interaction with patients at home, and secure a quick and efficient flow of data and health advice.
Supported living
Elderly and disabled citizens often value the freedom of living in their own home
and to remain as independent as possible.
A broad spectrum of technical solutions makes it possible to support living at home
while remaining in touch with specialized health professionals.
Rethinking the hospital
A key element in Denmark’s healthcare transformation is the investment of more than EUR
5.6 billion in new hospitals and the upgrading
of existing facilities. Almost one-third of the
current Danish hospital capacity will be
modernised to meet future needs.
This include inventing new approaches in
areas like logistics and patient involvement.
5. About us
Healthcare DENMARK
- An open invitation
H
ealthcare DENMARK is your
gateway to Danish healthcare
expertise. Our mission is to
communicate knowledge and insight
into the specific solutions and stakeholders that have made the Danish
healthcare system one of the leading
and most efficient in the world. On our
website healthcaredenmark.dk, you can
find information about Danish companies, organizations, and initiatives.
We would also like to extend a warm
welcome and invite you to come experience Danish solutions in practice and
meet the people behind. Thanks to our
large network, we are able to arrange
visits tailored to your specific interests
and help plan logistics, such as local
transportation and interpretation.
About us
Healthcare DENMARK is a public-private
partnership with a national, political
mandate to promote Danish healthcare
solutions and competencies abroad. The
partnership is a framework for linking
international partners with efficient
Danish solutions and does not represent
any individual company or product.
Healthcare DENMARK is funded by the
following public and private partners:
the Ministry of Business and Growth,
the Ministry of Health, the Ministry of
Foreign Affairs, Danish Regions, Region
of Southern Denmark, the Confederation
of Danish Industry, the Danish Chamber
of Commerce, COWI, Falck, KMD and
Systematic.
Healthcare DENMARK is privileged
to have as patron, Her Royal Highness
Mary, the Crown Princess of Denmark.
Hans Erik Henriksen
CEO
Healthcare DENMARK
The Danish healthcare system
Quality of life in Denmark
The Danish healthcare system is primarily publicly funded and based
on free and equal access to healthcare for all citizens. It is a key priority
that patients experience a coherent patient pathway, and to ensure
close and efficient collaboration across the health sector.
The National level is where health policy takes its form.
The Ministry of Health draws up guidelines for general planning and
operation of healthcare services.
The Regional level consists of the five Danish regions, which are
the main service providers in the healthcare system. Their healthcare
responsibilities include hospital and psychiatric treatment, and parts
of the primary healthcare system such as general practitioners and
specialist doctors.
The municipal level provides rehabilitation and general disease
prevention as well as home nursing and homes for elderly citizens with
care facilities and associated care staff.
According to the EU, Denmark ranks among the
leading European countries in terms of the population’s satisfaction with their lives in general and
with healthcare services (Quality of Life in Europe
2012 – ranking among the 27 member states):
Life satisfaction
and happiness: #1
Satisfaction
with health: #2
1
2
3
4
5
Access to
healthcare: #2
Health
services: #4
healthcaredenmark.dk 5
6. Doctor
Prehospital
Hospital
Telehealth
Homecare
The future
At the doctor’s
T
he general practitioner is
the most important gatekeeper in the Danish
healthcare system. GPs handle
preventive healthcare, treatment,
and coordination of services
from various health professionals – for example medical
specialists and physiotherapists.
Danes can freely choose their
own GP. On average, Danes are
in contact with their GP or an
emergency doctor 7.5 times per
year. Comprehensive access to
digital patient data helps GPs in
their work and creates a unique
data link between GPs, patients
and other parts of the healthcare
sector.
’’
Comprehensive
digital access
GPs keep comprehensive electronic
medical records on patients. Data is
available through the GP’s internal
systems and from large parts of the
other health services patients have been
in contact with previously (e.g. hospital
admissions, consultations with medical
specialists, laboratory test results, as
well as medication records). In addition, GPs can use the Danish e-health
portal, sundhed.dk. Through the portal,
GPs can extract an array of patient data
from hospital records. The system
works irrespective of which hospital the
patient has been admitted to. As a
result, GPs are able to include the
patient’s complete medical history in
their assessment.
When a patient is admitted to hospital, the various physicians who attend
to the patient have electronic access to
updated medical records and to results
The Danish
information system
is the most efficient
in the world,
saving doctors
an average of 50
minutes a day in
administrative work.
Commonwealth Fund
cited in New York Times, 2010
of all examinations and tests. When the
patient is discharged after treatment, an
electronic discharge summary is created
and sent to the patient’s GP.
Sundhed.dk also provides patients
with similar digital access to their own
The GP as a gatekeeper
In addition to directly treating their
patients, GPs in Denmark have a role as
gatekeepers, who can refer their
patients to other parts of the healthcare
system. Upon consultation, patients
may be referred to a hospital, to treatment by a medical specialist, or to preventive services such as weight loss or
smoking cessation. However, most
contacts are concluded at the GP’s and
only one in ten GP contacts in Denmark
result in a referral to another part of the
health system.
99% of authorised GPs in Denmark keep
electronic health records.
GPs in Denmark receive 96% of laboratory test results
from hospitals electronically.
85% of all prescriptions are sent to
pharmacies electronically.
81% of referrals are made
electronically.
0
6 Healthcare DENMARK
10
20
30
40
50
60
70
80
90
100%
7. Mr. Andersen’s case
health data. The key to this information
is the so-called ‘NemID’ digital signature, which is assigned to all Danish
citizens based on a person’s unique
civil registration number.
Electronic record of medication
and electronic prescriptions
Like all other health professionals, the
GP has access to the Shared Medication
Record, an electronic registry containing
all Danish citizens’ medicine information. This allows health care professionals anywhere in the sector to see all
medication which has been prescribed
to the patient by the GP, medical specialist or hospital. The majority of these
prescriptions are issued electronically to
a central server, making it possible for
the patient to pick up their medication
from any pharmacy in Denmark.
The same principle applies to patient
referrals, which are also stored centrally
and forwarded electronically from the
GP to a specialist doctor, municipality,
or hospital.
Access to electronic medical records
Sundhed.dk is a public e-health portal that collects and distributes health information and provides access to electronic health records for citizens and healthcare professionals. The Danish e-health portal uniquely brings the entire Danish
healthcare sector together on the Internet and provides an accessible setting for
citizens and professionals to meet and efficiently exchange information.
By serving both citizens and professionals, sundhed.dk enables the two to cooperate on the basis of the same data. This empowers the citizens and gives
healthcare professionals tools that continuously improve quality in care.
This means that if Mr. Andersen has pains in his joints, he can prepare himself
before a consultation, using information in the e-health portal. If Mr. Andersen is
referred for a hospital examination, the physicians, nurses, and other healthcare
professionals can access information about the treatment Mr. Andersen has
previously received from his GP.
Summing up
1
Electronic health records and
shared databases enable GPs
to see most patient data from
the rest of the Danish healthcare
system. This ensures a high quality of
treatment.
Two weeks after being discharged, Mr. Andersen can access hospital information
through the e-health portal. If later, for example, Mr. Andersen is diagnosed with
arthritis, through Sundhed.dk, he can read more about this condition and join a
patient network. This way, Sundhed.dk helps empower patients and create
awareness about their illnesses. Sundhed.dk also provides the basis for active
participation in treatment and self-care.
2
The GP concludes all treatment
for nine out of ten patients,
ensuring resource efficiency.
www.healthcaredenmark.dk 7
8. Doctor
Prehospital
Hospital
Telehealth
Homecare
The future
Prehospital
treatment
I
n Denmark, acute calls for an ambulance are answered by a
health professional who can help assess the precise need for
assistance. If an ambulance is dispatched, the ambulance
personnel can commence treatment already during transport to the
hospital. Dialogue during transport with medical specialists at the
hospital ensures a fast and accurate diagnosis. All test results and
observations taken in the ambulance are transferred electronically in
real-time to specialized staff at the hospital.
Emergency calls are
assessed by specialists
Electronic medical record and
telehealth in the ambulance
Personnel at the emergency call center
are trained to assess emergency calls to
ensure that citizens receive the most
effective help. The right qualifications
ensure the personnel can assess
whether an ambulance is required
immediately and whether there is a
need for other assistance – for example,
an emergency physician, paramedics,
an ambulance helicopter, or first aid.
If the patient is picked up by ambulance, the paramedic will keep an
electronic ambulance record of all observations, treatment, and medication.
Registration and transfer of patient data
from the ambulance enables dialogue
with specialists at the hospital, ensuring
that acute treatment can begin already
in the ambulance and that the right
hospital staff is ready to continue treatment as soon as the patient arrives.
’’
Denmark is at the leading edge of eHealth
uptake in Europe. I believe other Member States
have much to gain from taking inspiration
from the Danish eHealth model,
rather than re-inventing the wheel.
John Dalli, European Commissioner
for Health and Consumer Policy
8 Healthcare DENMARK
Specialist support
during transit
Ambulance personnel can communicate
directly with specialists during transit.
For example, they can send electrocardiograms and other readings directly
to cardiologists around the country.
As a result, it can quickly be evaluated
whether a heart patient for example has
to be directly transferred to a specialist
heart center. Telehealth solutions have
been part of the Danish ambulance
service since 1999.
9. Mr. Andersen’s case
Electronic ambulance
record transfers patient
data to the hospital
At 10:36 a.m. the emergency call
center receives a call from Mr. Andersen, who is experiencing severe
chest pain. An ambulance dispatches immediately and arrives at
10:43. Treatment commences in
the ambulance, while contact is
made with the cardiology department at the local hospital.
Through telehealth communication, the cardiologist diagnoses a
blood clot, and Mr. Andersen is
therefore taken directly to the
cardiology department instead of
being taken to the nearest
emergency room. At 11:30, Mr.
Andersen arrives at the cardiology
department, where staff is prepared and ready to conduct a
balloon operation. Half an hour
later, Mr. Andersen is in the ward
after his operation. By 2:00 p.m.,
he is back in his own clothes, enjoying a cup of coffee. A few days
later, Mr. Andersen is discharged
with no permanent injury.
Summing up
1
Use of health technology for
collaboration between the
emergency call center, the
ambulance, and the specialists at
hospital enables diagnosis and acute
treatment already at the prehospital
stage.
2
ICT solutions during the prehospital stage save lives due to
early treatment in the ambulance and a well-planned reception of
the patient by the hospital staff.
This process is based on patient data
being transferred from the ambulance
and on efficient communication
between a number of healthcare
stakeholders.
3
Trained professionals at the
emergency call centers and in
the ambulances save lives,
time, and resources in the rest of the
patient pathway.
Prehospital facts in cardiology
By using telehealth,
patients requiring acute
treatment at a specialist
cardiology department
are treated, on average,
Around
20,000 75% 1hour
cardiological
telediagnoses
are made in Denmark
every year.
of all patients with
an acute need for
heart treatment
arrive directly at
a heart center.
earlier than would
be possible without
telemedicine.
For heart patients,
treatment one hour
earlier means a
10%
10%
relative reduction in
mortality and a
relative reduction
in the risk of developing
heart failure.
healthcaredenmark.dk 9
10. Doctor
Prehospital
Hospital
Telehealth
Homecare
The future
Efficient and
innovative hospitals
D
enmark has the shortest average admission time per patient
in the European Union. One significant reason for this is persistent efforts to use a gentler operating technique. Another
is the consistent focus on telehealth treatment of patients, who as a
result can be discharged for treatment in their own homes.
Medical devices are also increasingly integrated in hospital building
structures, which support efficient healthcare service. Partnering on
this type of projects has given Danish companies great experience in
designing simple and useful solutions for hospitals.
Early discharge of patients
In 2000, the average length of stay in
Danish hospitals was 6.2 days; in 2010 it
dropped to just 4.6 days. As a result Denmark has the shortest average length of
stay in hospitals in the EU. Danish hospitals continuously focus on early discharge. This enables patients to return
home to well-known surroundings more
quickly, and it ensures an appropriate
use of resources in the healthcare sector.
A baby born without complications
is discharged after just a few hours.
First-time mothers are offered to stay
at a patient hotel. Mothers who have
given birth before and who experience
no complications are discharged.
Subsequently, locally based healthcare
professionals take over.
Telehealth solutions also make it
possible to discharge patients earlier for
treatment and monitoring in their own
homes – even those with several chronic diagnoses. One of the main reasons
for an early discharge is the focus on cohesion in the patient pathway through
10 Healthcare DENMARK
close collaboration between hospitals
and local healthcare professionals.
Enhanced quality and
productivity
Danish hospitals increased their produc-
tivity by 12% from 2007 to 2012. In the
same period, activity increased and annual growth rates in health expenditures
declined. Persistent efforts to streamline
and optimise procedures and improve
treatment quality have shortened the
length of stays and reduced the number
of readmissions. These and other efforts
have contributed to the increased productivity in the Danish healthcare sector.
Efficiency has also been improved
by enhancing communication – for
example, by using information screens
at hospitals, which prepare patients for
visits to the laboratory. Such initiatives
help staff save time and can provide
patients with a better treatment experience. Furthermore, Denmark is the first
country ever to establish national
standards for interoperability of personal
health technologies that rely on the
guidelines from the Continua Health
Alliance.
130
Efficient logistics
at the hospital
125
120
115
110
105
100
2007
2012
Productivity in Danish public hospitals
rose by 12% from 2007 to 2012.
One example of efficient logistics in Denmark is the world’s first fully automatic
sterile center, which was implemented
at Gentofte Hospital in 2011. The center
sterilises surgical instruments after use
and sorts and stores them. Whenever a
surgical operation is scheduled, relevant
instruments and single-use devices are
ordered through the hospital’s internal
information system. Subsequently, the
sterile center seeks out the requested
instruments and loads them onto a
transport cart for delivery to the opera-
11. Average length of stay in hospital
0
1
2
3
4
5
6
7
8
9
10
11
12 days
EU country
with longest ALOS*
EU (27)
Denmark
2000
2010
Denmark has the shortest average length of stay in hospitals in the EU: 4.6 days in 2010.
The average length of stay has dropped from 6.2 days in 2000 to 4.6 days in 2010. During the same period,
the percentage of patients that had to be readmitted also dropped by 4.2%.
*Average lenght of stay.
Source: OECD
ting theatre. Back in the sterile center,
robots empty the transport carts and
prepare them for use again. In addition
to streamlining work processes, the installation positively impacts health and
safety at the storage facility as robots
now do all the heavy lifting.
A long tradition of health
registries and databases
Denmark has a long tradition of
thoroughly monitoring and registering
when and why citizens are in contact
with the healthcare sector. Some databases go back more than 30 years.
Page 12
’’
Denmark has impressive quality monitoring
and improvement initiatives.
It has extensive databases on the
processes and outcomes of care and a strong
agenda to strengthen its information infrastructure; it can also boast many local
clinical guidelines, national guidelines and
standards developed as part of disease
management programmes and pathways
OECD reviews of healthcare quality:
Denmark, 2012
healthcaredenmark.dk 11
12. Doctor
Prehospital
A network of more than 50 national
databases has been established containing information on more than 60
different areas of disease and prevention. The use of a unique and personal
civil registration number makes it
possible to trace patients across various
databases, which creates great opportunities for clinical research and
development. An excellent example of
this is the population-based national
biobank. The biobank contains
collections of tissue, blood, and other
biological samples from humans and
constitutes a virtual gold mine of information for research and healthcare.
2010
Hospital
Telehealth
Denmark on top
The vision for Danish healthcare is to
provide coherent clinical pathways, for
example, when patients are hospitalised. Digitalization is a key element in
achieving this goal by giving healthcare
professionals in hospitals access to any
patient’s data and test results. According to the EU’s e-health deployment indicator, Denmark is one of the e-health
deployment front-runners. The figure
below shows the deployment rates
across Europe and the general development towards the increased use of
e-health solutions.
Homecare
The future
For many years, the development of
e-health in Denmark has been based on
the cooperation of all involved parties:
the government, the regions, the municipalities, and the system providers.
This public-private cooperation has
brought innovation and implementation
to a level where nearly all basic information from the various sectors has
been digitalised and made shareable.
In recent years, efforts have been concentrated on integrating and streamlining the way patient data is accessed
and shared across the healthcare sector
to make all relevant patient data accessible wherever and whenever needed.
2012
Malta
Denmark
Estonia
Sweden
Finland
UK
Netherlands
Luxembourg
Austria
Belgium
Iceland
Norway
Spain
Ireland
Italy
Cyprus
France
Germany
Portugal
Croatia
Czech Rep.
Romania
Hungary
Bulgaria
Latvia
Slovakia
Lithuania
Slovenia
Greece
Poland
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
Dissemination of e-health at hospitals in the EU(+3).
Source: European Commission & OECD: Benchmarking Information and Communication Technologies in Health Systems, 2013.
12 Healthcare DENMARK
0.8
0.9
13. Mr. Andersen’s case
North
Denmark
Region
Central
Denmark
Region
Capital
Region of
Denmark
Region
of Southern
Denmark
Region
Zealand
Central Denmark Region
Common e-health platform across 17 hospitals
In 2010, the Central Denmark Region began implementing one common e-health
platform, which supports more than 10,000 users every day in 17 hospitals,
including both somatic and psychiatric hospitals. All 17 hospitals can easily share
information within and between the hospitals. The system creates a complete
overview of patient data with information integrated from different hospital
units.
If Mr. Andersen is admitted to the nearest hospital with a fractured hip, and he is
later moved to another hospital with a specialist orthopaedic surgery department for hip replacement, physicians from the two hospitals and other specialist
groups can see from the common records system what treatment Mr. Andersen
has received. Furthermore, different modules of the e-health platform support
important functions in every hospital to ensure an efficient workflow, optimal
support for hospital personnel, and increased patient safety through standardisation of clinical pathways in treatments. For example, Mr. Andersen’s medical
record will describe what X-rays and tests are required before the operation and
what rehabilitation he should have after the operation. Modules in the e-health
platform also include administration of patients, handling of laboratory work,
medication administration, along with efficient booking of procedures, hospital
resources, and gathering of business intelligence data. This type of flexibility in
the e-health platform allows the region to increase coherency and quality of
treatment for patients.
Summing up
1
High quality healthcare and
financial benefits can be
achieved if electronic health
records are shared across specialist
groups, hospitals, and regions.
2
Significant human and financial
benefits can be achieved by
designing buildings and work
processes efficiently, with a focus on
occupational health and safety.
3
Shorter admission times at
hospitals cut costs and can be
achieved through close cooperation with the rest of the healthcare sector and by supporting early
discharge to patients own homes.
healthcaredenmark.dk 13
14. Doctor
Prehospital
Hospital
Telehealth
Treatment
at home
D
enmark is a global telehealth leader. Telehealth
solutions help meet
demographic challenges with
aging citizens and patients with
chronic disorders. An increasing
number of solutions are
developed and designed to make
it possible for patients to be
discharged to their own homes,
even though they still require
treatment, monitoring, and
rehabilitation. Many telehealth
solutions cut across different
parts of the healthcare sector.
tal, the patient wears the patch for one
to three days while it measures pulse
and ECG. If the pulse is abnormal, the
patch stores a 10-second ECG recording.
The ePatch then sends the recorded
data through a portal to the hospital.
Here, a doctor can determine whether
or not the heart rate calls for a reaction.
Telemedical ulcer
assessment at home
A good example of Danish collaboration
across different sectors in the healthcare
sector is telemedical ulcer assessment.
Municipal home care nurses take a picture of the patient’s ulcers – typically,
ulcers with complications in diabetes
Homecare
The future
’’
The Danes have
succeeded in deploying
telemedicine,
because all relevant
stakeholders have been
encouraged to join in.
Mobile Healthcare Information and
Management Systems Society, 2012
patients or patients with poor blood
circulation. The images are saved on a
shared ICT system together with a description of the ulcer. Subsequently, on
the basis of the images and descriptions
of the size, healing, and infection of
the ulcer, specialists at the hospital can
assess whether the ulcer is getting
better or new treatment is required.
This effective collaboration, in which
municipalities involve experts from
hospitals, ensures that patients receive
better treatment with both faster and
better outcomes.
Monitoring from a distance
Rehabilitation at home
When telehealth solutions are introduced, focus is primarily on improved
quality of life for patients. Numerous
patient groups experience significant
advantages from being closely monitored while they are in their home.
These include patients with ulcers,
chronic obstructive pulmonary disease
(COPD) patients, and heart patients,
who often feel more secure at home and
do not have to commute to and from
outpatient departments. Telehealth
solutions not only benefit the patients
in terms of avoiding unnecessary transportation; they are also cost-efficient for
society as a whole. An example of both
advantages is an ePatch for heart
patients. After discharge from the hospi-
Many treatments and operations require
subsequent rehabilitation. In this context, telehealth solutions enable patients
to carry out rehabilitation exercises
when it suits them but still receive professional guidance. One area where telehealth is widespread in Denmark is
with COPD patients. After being admitted to a hospital, patients with COPD
often need rehabilitative guidance. As a
supplement to physical consultations
with caregivers, online tools for rehabilitation are increasingly being implemented to prevent readmissions. Online dialogue-based tools provide caregivers in the municipalities with the
ability to tailor rehabilitation programmes for their patients. This means that
14 Healthcare DENMARK
Over the past years, telemedicine has increased substantially. Several full-scale
projects are being implemented nationwide, enabling significantly more patients
to be monitored and treated at home.
At least 44 of Denmark’s 98 municipalities
have telemedical ulcer assessment.
15. Mr. Andersen’s case
patients can do exercises at home with
close guidance from healthcare professionals. The results are available online, and the caregiver can assess the
data and adjust the exercises if needed.
The municipality of Slagelse has made
impressive results with this type of tool.
Estimates indicate that 11 readmissions
have been avoided in a time period of
three months. In Denmark, a readmission costs between EUR 1,750 and EUR
2,000.
Hanne Rode, a specialised nurse in
Slagelse says; “One thing is the economic aspects. But the benefits are just
as much linked to the fact that chronic
patients can stay in their own home,
where they feel safe and they can receive
a treatment, which reduces complications. With this system we can train
different skills and achieve goals, which
empower the citizen. For me, this is the
most significant gain.”
Summing up
1
2
3
Videoconferencing and home
monitoring reduce length of
stays in hospitals.
Image exchange helps optimise
cooperation among health professionals and ensures better
cohesion in patient pathways.
Regular training for health
professionals working with ICT is
necessary.
TeleCare North – telehealth and empowerment
For most COPD patients, it is vital that their lung capacity is monitored regularly
over a long period of time. This type of task is both time-consuming and resource
demanding, for the patient and for the physician. COPD is therefore an area in
which telehealth solutions can add value.
TeleCare North is a cross-sector collaboration to develop telehealth solutions for
COPD patients. The partners are the 11 municipalities in Northern Jutland, the
North Denmark Region, GPs in Northern Jutland, and Aalborg University. COPD
patients are often hospitalised for long periods of time. The objective of the TeleCare North project is to monitor patients closely, adjust their medication and
treatment, and thereby avoid hospital admission.
When Mr. Andersen agrees to take part in the project, he receives a small bag to
bring home. The bag contains devices which enable him to measure his oxygen
saturation, pulse, blood pressure, and weight a couple of times per week. His
measurements are transmitted through a small tablet computer to healthcare
personnel in his municipality or at the local hospital. Here, healthcare personnel
monitor the data and if necessary provide further counselling to Mr. Andersen.
By measuring his own health, Mr. Andersen becomes aware of what he can
actively do to ease life with COPD – for example, the effects of exercise and the
right diet on his oxygen saturation and pulse.
A large-scale project like TeleCare North, in which all stakeholders in the regional
healthcare system collaborate across sectors, is unprecedented in Europe,
making the project unique.
healthcaredenmark.dk 15
16. Doctor
Prehospital
Hospital
Telehealth
Supported
living
S
upporting citizens in
remaining self-sufficient
and independent is a very
important element of Danish
care for the elderly and the disabled. It is an ambition to help
people as much as possible so
they can remain in their own
home or alternatively in supported accommodation. Allowing people an independent and
empowered life optimizes wellbeing and result in significant
savings for the care sector.
initiatives, citizens can remain in their
own home for as long as possible.
As a result of this focus, Denmark was
awarded the European Public Sector
Award in 2012.
Danish results show that the elderly
can often do much more than they might
first assume, provided that they receive
the necessary support and guidance.
Products such as ‘paperless’ toilets or
ergonomic knives can ease daily life.
Another example is an integrated ICT
platform, which citizens can use to draw
the curtains, set the kitchen worktop at
the right height, and operate a hoist to
get themselves into bed. Similarly, a QRcoded communication system can help
people with mild dementia make coffee
or operate the washing machine.
At home as long as possible
Every day rehabilitation is at the core of
the Danish efforts to give elderly and
disabled citizens a meaningful and independent life. With technological support schemes and empowerment
The Danish rehab companies are
good at including the users in the
product development phase.
88%
of Danish rehab companies
always or sometimes
include users in the product
development phase.
16 Healthcare DENMARK
Ceiling hoist gives better
communication
A number of tasks in elderly care have
previously required two helpers to support the citizen – for example, when a
The National Board of
Social Services database
includes around
30,000
different rehab products that
are accessible on the Danish
market. You can find everything
from advanced hoists and
hearing aids to ergonomic knifes.
Homecare
The future
’’
Denmark emerges as an
example where good
cooperation between
government and other
key stakeholders such
as health professionals
has speeded up the
integration of personal
health systems such as
remote patient
monitoring systems into
healthcare delivery.
Joint Research Centre,
European Commission, 2012
person is lifted from one place to
another. Using a ceiling hoist to move a
person from the bedroom to the bathroom through rails in the ceiling only
requires one care helper. This saves
resources, but it also means the citizen
only needs to keep eye contact with one
person when being moved, promoting
meaningful interaction and trust
between the caregiver and the citizen.
User-friendly technology
helps the elderly
A large number of Danish companies
develop products and solutions for the
elderly and the disabled. As a result
new technological solutions are continuously being tested and implemented
in the Danish care sector which can
help elderly citizens cope on their own,
while at same time saving time and
resources. Generally, the elderly and
disabled in Denmark are very willing to
adopt new technology, providing it is
easy to use and helps them to be more
independent.
17. Mr. Andersen’s case
The reversible bedsheet
puts focus on health and
safety
Occupational health and safety for
health professionals is an important
issue when designing and developing
new care technologies. One product
with a special focus on care personnel
is the electric reversible bed sheet. This
system helps to deal with heavy and
very infirm patients confined to a bed.
If, following a hip replacement, Mr.
Andersen cannot turn in his bed, the
nursing staff can just push a button to
turn Mr. Andersen, pull him to the edge
of the bed, or sit him up. This means
that the nursing staff avoids most of
the heavy lifting and that Mr. Andersen
experiences being moved calmly and
gently. It also speeds up the process.
Summing up
1
Developments in recent years
in welfare and health technology provide elderly and
disabled citizens with completely
new opportunities to live more
independently.
2
Investment in support schemes
can yield significant financial
and human benefits, if they
make it possible for people to remain
in their own home instead of having to
move to a nursing home.
3
The elderly are generally happy
to try new technology, as long
as it is easily available and
clearly improves their quality of life.
healthcaredenmark.dk 17
18. Doctor
Prehospital
Hospital
Telehealth
Homecare
The future
Rethinking the hospital
I
n the next 10 years, Denmark
will invest more than EUR
5.6 billion in 16 new hospital
projects. These include new
greenfield projects as well as expansion of existing capacity. In
total, the projects will modernise
one-third of the current Danish
hospital capacity. The goal is to
ensure nationwide access to
modern health services and to
raise quality levels in the entire
healthcare sector. Designing the
new hospitals involves a broad
collaboration with research
institutions and private businesses in the health area.
The process of modernising Denmark’s future hospital capacity
has a focus on continued specialization and flexibility. The goal
is to ensure flexible functions
and capacity which can be
changed, expanded, or reduced
depending on future demand for
treatment and care. Therefore,
20% of the costs have been earmarked for procurement and
development, and realization of
new equipment and new technologies for ongoing implementation.
18 Healthcare DENMARK
Building tomorrow’s
hospitals
The new hospitals are built to provide a
better and more cohesive patient flow,
improved patient safety, efficiency, and
quality. To achieve this, the number of
beds at the new hospitals will be reduced by 20% compared with present
levels, and outpatient treatment will be
expanded by 50% from 2007 to 2020.
This requires new technologies and
more intelligent solutions to ensure
cost-effective health solutions and
shorter average length of stays. At the
same time, the hospital layout will enhance communication between patients
and their families, and the ICT infrastructure will play an important part in
developing communication.
Releasing resources for
treatment and care
Modernising Denmark’s hospital
capacity enables dissemination of the
newest knowledge, technology, and best
practices throughout the country.
Increasing digitalisation ensures efficient
operation of core services in hospitals,
with new work methodologies, technologies, and organisation. This releases
resources for treatment and care, while
also providing better health and safety
conditions for personnel. For example,
the new hospitals will have storage
facilities for linen, utensils, medicines
which are monitored electronically,
enabling a real-time overview of what
the hospital has in stock and where
relevant devices are located. Inventory
control systems will be integrated with
procurement systems, which means
utensils are always ordered and received
in due time. Moreover, there will be a
coupling to the electronic patient
records, ensuring medication is always
included in the patient record. Even
laundries will have production data to
monitor the amount of linen at both decentralised and central storage facilities.
19. Cases
Patient involvement in
hospital construction
Denmark has a tradition for a high degree of
user involvement in the development of
new products and solutions. This also
applies in the healthcare sector. Patients,
families, managers, and employees were all
involved in the planning process in the construction of a new psychiatric department
at Vejle Hospital. It can be difficult to involve
psychiatric patients in this type of process.
Therefore, the Region of Southern Denmark
has specialised in not only involving but cocreating with even very ill patients. Using
anthropological studies from existing
hospitals, challenges and improvement
potentials were identified. For example, the
study showed that the admittance process
itself is very important for patients and that
patients appreciate being able to move
around freely. The process has resulted in
clear visions and guidelines for the construction of the new psychiatric hospital.
Intelligent patient bracelets
In order to provide high-quality healthcare, it
is important that each patient is at the right
place at the right time. The increasing
number of patients in the future will generate greater demands on logistics. Today, a
lot of time is spent localising inpatients.
Very often, this causes considerable waiting
time for laboratory staff, physiotherapists
and physicians. It can also lead to the
deterioration of a patient’s condition or, in
worst instances, patient death. A future
goal is to develop an electronic bracelet for
patients with traceability and identification
data. The bracelet will also feature staff-topatient communication through short
messages, as well as an option to integrate
readings of vital signs. Traceability of
patients, goods, and devices entails
opportunities to improve patient safety,
release personnel resources, and optimize
operation efficiency at hospitals.
healthcaredenmark.dk 19
20. Healthcare DENMARK
Partners
Forskerparken 10 H
DK-5230 Odense M
Ministry of Business and Growth
Ministry of Health
Ministry of Foreign Affairs
Confederation of Danish Industry
Danish Chamber of Commerce
Danish Regions
Region of Southern Denmark
COWI
Falck
KMD
Systematic
healthcaredenmark.dk