Social Networking to Share Medical Knowledge: The experience of Madrid Health Region. Sampedro Préstamo Z. eHealth week 2010 (Barcelona: CCIB Convention Centre; 2010)
The document summarizes Tic Salut Foundation, a Catalan organization that promotes telemedicine and teleassistance. It has several boards and councils that provide advisory, business, scientific, and citizen perspectives. It also has an observatory that maps trends in ICT usage in health organizations. Tic Salut promotes projects and adoption of standards to improve interoperability and continuity of care through telemedicine and digital tools. Its goals include remote diagnosis, management of chronic diseases, and teleconsultations.
This document contains a list of 98 project titles related to various topics including cloud computing, data mining, image processing, networking, parallel and distributed computing, wireless sensor networking, mobile computing, and dependable and secure computing. It also provides contact information for Shakastech, the organization offering these projects, including their address, phone number, website, and emails.
Presentation at the yearly Regulanet conference about application of EU data protection rules to medical devices and end-to-end solutions incorporating medical devices.
Ensuring data security in cloud computing. - Anusha TukeAnusha Chavan
This document discusses ensuring data storage security in cloud computing. It begins by defining cloud computing and noting the security challenges it poses since users lose control of their data. It then proposes a distributed scheme using error-correcting codes to ensure correctness of user data in the cloud while supporting dynamic operations like updates, deletes and appends. The scheme provides data error localization. Analysis shows it is efficient and resilient against attacks while reducing overhead compared to replication techniques.
Cloud computing provides a way for organizations to share distributed resources over a network. However, data security is a major concern in cloud computing since data is stored remotely. The document discusses several techniques used for data security in cloud computing including authentication, encryption, data masking, and data traceability. The latest technologies discussed are a cloud information gateway that can control data transmission and secure logic migration that transfers applications to an internal sandbox for secure execution.
Role of AI in Transforming the Healthcare IndustryHammadAfzal23
The document discusses the role of artificial intelligence in transforming the healthcare industry. It provides an overview of how AI is being applied in domains like medical imaging, diagnostics, personalized healthcare, data-driven decision making, and healthcare communication. It also describes some projects at CoDTeEM, a research group applying AI to solve local healthcare problems. Some challenges and limitations of AI in healthcare are mentioned, such as issues regarding adoption, performance, privacy, interpretability, and trust.
MD2K Presentation to Stanford Mobilize (1/22/15)BBKuhn
This document discusses the Open mHealth and MD2K initiatives which aim to unlock the potential of digital health data by making it accessible through open APIs and infrastructure. It notes that digital health tools currently have data trapped in silos and clinical visits only provide a small snapshot of health. The solution is to provide developers and health systems with a free open API to access digital health data with clinical context. The goal is to translate needs, provide an open platform, and build patient-centered products and tools. It then provides examples of tools, deployments, and clinically focused projects and discusses mobility-related sensors, features, and sharing data and tools via Open mHealth.
Developing the Informatics Workforce for Scotland's Health and Social CareCILIPScotland
1) The document discusses the development needs of Scotland's informatics workforce known as KIND (Knowledge Information and Data) staff based on a 2018-2020 project.
2) It notes the healthcare system is experiencing exponential growth in data, the digital transformation of healthcare, and the impact of COVID-19, requiring KIND staff to adopt new skills and roles to support new models of integrated care.
3) It recommends a networked approach for KIND staff to collaborate across disciplines, integrate with multidisciplinary teams, and utilize new technologies to provide proactive, personalized services through a learning health and care system.
The document summarizes Tic Salut Foundation, a Catalan organization that promotes telemedicine and teleassistance. It has several boards and councils that provide advisory, business, scientific, and citizen perspectives. It also has an observatory that maps trends in ICT usage in health organizations. Tic Salut promotes projects and adoption of standards to improve interoperability and continuity of care through telemedicine and digital tools. Its goals include remote diagnosis, management of chronic diseases, and teleconsultations.
This document contains a list of 98 project titles related to various topics including cloud computing, data mining, image processing, networking, parallel and distributed computing, wireless sensor networking, mobile computing, and dependable and secure computing. It also provides contact information for Shakastech, the organization offering these projects, including their address, phone number, website, and emails.
Presentation at the yearly Regulanet conference about application of EU data protection rules to medical devices and end-to-end solutions incorporating medical devices.
Ensuring data security in cloud computing. - Anusha TukeAnusha Chavan
This document discusses ensuring data storage security in cloud computing. It begins by defining cloud computing and noting the security challenges it poses since users lose control of their data. It then proposes a distributed scheme using error-correcting codes to ensure correctness of user data in the cloud while supporting dynamic operations like updates, deletes and appends. The scheme provides data error localization. Analysis shows it is efficient and resilient against attacks while reducing overhead compared to replication techniques.
Cloud computing provides a way for organizations to share distributed resources over a network. However, data security is a major concern in cloud computing since data is stored remotely. The document discusses several techniques used for data security in cloud computing including authentication, encryption, data masking, and data traceability. The latest technologies discussed are a cloud information gateway that can control data transmission and secure logic migration that transfers applications to an internal sandbox for secure execution.
Role of AI in Transforming the Healthcare IndustryHammadAfzal23
The document discusses the role of artificial intelligence in transforming the healthcare industry. It provides an overview of how AI is being applied in domains like medical imaging, diagnostics, personalized healthcare, data-driven decision making, and healthcare communication. It also describes some projects at CoDTeEM, a research group applying AI to solve local healthcare problems. Some challenges and limitations of AI in healthcare are mentioned, such as issues regarding adoption, performance, privacy, interpretability, and trust.
MD2K Presentation to Stanford Mobilize (1/22/15)BBKuhn
This document discusses the Open mHealth and MD2K initiatives which aim to unlock the potential of digital health data by making it accessible through open APIs and infrastructure. It notes that digital health tools currently have data trapped in silos and clinical visits only provide a small snapshot of health. The solution is to provide developers and health systems with a free open API to access digital health data with clinical context. The goal is to translate needs, provide an open platform, and build patient-centered products and tools. It then provides examples of tools, deployments, and clinically focused projects and discusses mobility-related sensors, features, and sharing data and tools via Open mHealth.
Developing the Informatics Workforce for Scotland's Health and Social CareCILIPScotland
1) The document discusses the development needs of Scotland's informatics workforce known as KIND (Knowledge Information and Data) staff based on a 2018-2020 project.
2) It notes the healthcare system is experiencing exponential growth in data, the digital transformation of healthcare, and the impact of COVID-19, requiring KIND staff to adopt new skills and roles to support new models of integrated care.
3) It recommends a networked approach for KIND staff to collaborate across disciplines, integrate with multidisciplinary teams, and utilize new technologies to provide proactive, personalized services through a learning health and care system.
New model of information systems and Electronic Health Records in CataloniaJosep Vidal-Alaball
The document summarizes Catalonia's plans to develop a new model for its information systems and electronic health records. It discusses the current state which includes a heterogeneous mix of over 16,000 applications and data silos across the health system. The strategy aims to create a unified electronic health record, establish strong data governance, and leverage new technologies like artificial intelligence, telehealth and the internet of things. The goals are to improve data sharing, clinical decision making, innovation and provide a longitudinal health record for all citizens in Catalonia.
The document describes Bahrain's I-SEHA program to implement a global e-health solution to improve healthcare services. The program will deploy applications across Bahrain's national healthcare system network, consisting of 1 medical complex, 6 peripheral hospitals, 24 health centers serving 1.2 million inhabitants. The main benefits of the program are facilitating citizen access to services, enhancing care quality, reducing costs, and providing tools to improve working conditions for professionals.
The document summarizes discussions from IHE's Plug-a-thon event in January 2018, which brought together participants to explore how new health technologies can address real problems in healthcare. The Plug-a-thon included tracks on mHealth, devices on FHIR, internet of things in medicine, and blockchain healthcare. Participants discussed use cases, standards, and partnerships. Sponsor Ready Computing discussed their work exploring blockchain and mHealth applications. Blockchain was found to have potential for distributed consent and record location, but also faces challenges in privacy, funding models, and integrating with legacy systems. The Plug-a-thon was seen as valuable for connecting stakeholders and exploring technology applications.
The document summarizes Biocat's programs that aim to accelerate healthcare innovation and entrepreneurship in Catalonia. It describes two flagship programs - d·HEALTH Barcelona, a 9-month fellowship program that transforms clinical needs into solutions, and CRAASH, a new 10-week program helping early-stage projects. It provides details on the programs' structure, partners, successes and how organizations can collaborate. The goal is to dynamize stakeholders in the region and help technologies address real-world healthcare problems.
Dissemination of HTA products. New lines of action. Marisa Lopez.HTAi Bilbao 2012
This document discusses strategies for disseminating health technology assessment (HTA) products from HTA agencies. It evaluates dissemination policies and initiatives in Spain and internationally. Most Spanish agencies target decision-makers, health professionals, and produce versions for patients. Internationally, the focus is on decision-makers and health professionals. The document recommends creating common databases and repositories, short versions of reports, and using new communication channels like social media and mobile formats to better disseminate HTA findings.
Tomorrow’s Lab Today: Focus areas for medical biology and diagnostic testing ...Serene Touma
Healthcare will require a new approach and tools to support new patient expectations in 2020. A patient-centric approach to healthcare will be more relevant than ever.
Covid-19 has uncovered new challenges and weaknesses in care that are dependent on a centralized set-up.
What is becoming more and more clear is that diagnostic labs need to evolve and up their game to stay relevant. This will continue to bring value to patients throughout the healthcare journey.
A key focus in 2021 will be taking a look at building and maintaining better relationships between private and public players in patient care.
Cloud9 provides next generation healthcare solutions including clinical, connectivity, financial, and administrative systems. It aims to deliver patient information to all stakeholders and provide solutions to help move clinicians to evidence-based medicine. Cloud9's business strategy is to become a leader in key healthcare markets and deliver lower cost systems to more providers to improve care. It offers the Cloud9 Healthcare Ecosystem including the Spine platform and Clarity collective intelligence platform to integrate systems and improve care coordination. Synchronicity is Cloud9's integration and interoperability platform that uses event processing and adaptable workflows to enable application and data integration across healthcare organizations.
This presentation summarizes our research on 40 companies from around the world that are leveraging Artificial Intelligence to improve the Healthcare Industry. They are all well-funded, have highly qualified CEOs & Boards, and are poised to achieve their product development milestones.
The I-Square Ventures proprietary rating algorithm indicates that almost all of these companies will receive more funding, and/or be acquired by larger companies.
This document summarizes a lunch and learn workshop on using big data to improve disaster management. It discusses how big data from sources like interRAI assessments can be used to develop algorithms like the Vulnerable Persons Registry (VPR) to identify vulnerable individuals. The VPR was tested during an ice storm and found higher-risk individuals were more likely to require care. The workshop involved brainstorming how different groups could benefit from this technology by mapping VPR scores and flood plains in Waterloo-Wellington. Stakeholder collaboration is needed to address barriers and further the project.
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Based on extensive experience in engaging with startups in 12 weeks programs Philips HealthWorks is continuously tweaking their approach to increase the value of sustainable partnerships between Philips and Healthcare startups. Kors will share how HealthWorks uses a structured approach, stakeholder and ecosystem engagements to help startups increase their own value and, in parallel, to build and validate the partnership value story.
This document summarizes a report by Medicus AI on the challenges facing diagnostic testing in 2021 based on surveys of healthcare professionals and patients. It found that digital solutions, telehealth services, common diagnostic records, prevention and screening, and decentralized medical biology are key challenges and opportunities. Focus areas for 2021 include patients demanding better health understanding, convenience and quality becoming central to care, homes extending healthcare services, and improved health record interoperability. Medicus AI is a digital health company that supports the diagnostic industry with integrated platforms to help users understand health data.
The document discusses emerging trends in healthcare and medicine, including the increasing role of mobile devices, apps, social media, analytics, and personalized/semantic/linked data. It suggests that by 2020, information will be everywhere through networks, the cloud, and mobile access, and doctors will need to adapt to this new "Doctor 3.0" environment where patients are more empowered and informed through technology. The central medical library aims to support the university medical center's core activities of patient care, education, and research by facilitating access to information through various services and resources, and helping doctors and researchers adapt to new digital technologies and ways of working.
Multi-agent systems applied in Health CareAntonio Moreno
This document discusses the application of multi-agent systems in healthcare. It provides an overview of some projects developed by ITAKA, including a web-based platform for home care services and a system for managing clinical guidelines. It also outlines some research challenges in using agents for healthcare, such as standardization, security, and integration with existing systems. Overall, the document argues that agents are well-suited for coordinating distributed healthcare tasks and knowledge, but challenges remain in adoption due to technical and organizational issues.
The M+Visión Fellowship in Translational Biomedical Imaging is a program that leverages the resources of research communities in Madrid and Boston. The multidisciplinary fellowship is flexible, focused on important medical problems, and designed by the fellows. Program components include short courses, lecture series, rotations in clinical departments, and a 1-2 year research project. Applications are due February 15, 2013.
Paper presented at the 2012 MLA Quad Chapter meeting in Baltimore, MD, Oct. 13-16. Discusses i2b2 and how it could be used in medical education. And suggests other data if i2b2 not available in your hospital.
The IMI EHDEN project: large-scale analysis of observation data in Europe - C...Maxim Moinat
This document summarizes presentations from the CDISC 2020 Europe Interchange conference on April 1-2, 2020. It introduces Maxim Moinat who works on converting healthcare data to the OMOP Common Data Model. It also introduces Nigel Hughes who is the project lead for the IMI2 European Health Data & Evidence Network (EHDEN) and was previously involved in other real-world data projects. The document provides an agenda for the conference sessions which will discuss EHDEN, OHDSI, a EHDEN study-a-thon, using real-world data in clinical trials and for regulatory purposes.
Networks in health overview presentation 1st aug 2013Alexandra Merckx
This document discusses Networks in Health (NIH), a global alliance of 20 physician communities with over 2 million doctor members. It outlines NIH's proposition of providing centralized management and a single point of access to its global physician network. Key details include NIH's local execution with central planning, its ability to target physicians by specialty across many countries, and the products/services it offers like campaigns, market research, and advertising. Case studies demonstrate how NIH has helped pharmaceutical clients effectively engage physicians through digital campaigns.
Multidisciplinary care: a perspective from diagnosis and treatment of rare cancers. Casali P. Technical Conference: Multidisciplinary Care in Cancer as a model of health care quality (Madrid: Ministry of Health and Social Policy, 2010)
La mejor evidencia junto a la mejor organización: el reto de la coordinación profesional en atención oncológica. Sánchez de Toledo J. Jornada Técnica: Atención Multidisciplinar en Cáncer como modelo de calidad asistencial (Madrid: Ministerio de Sanidad y Política Social, 2010)
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This document discusses strategies for disseminating health technology assessment (HTA) products from HTA agencies. It evaluates dissemination policies and initiatives in Spain and internationally. Most Spanish agencies target decision-makers, health professionals, and produce versions for patients. Internationally, the focus is on decision-makers and health professionals. The document recommends creating common databases and repositories, short versions of reports, and using new communication channels like social media and mobile formats to better disseminate HTA findings.
Tomorrow’s Lab Today: Focus areas for medical biology and diagnostic testing ...Serene Touma
Healthcare will require a new approach and tools to support new patient expectations in 2020. A patient-centric approach to healthcare will be more relevant than ever.
Covid-19 has uncovered new challenges and weaknesses in care that are dependent on a centralized set-up.
What is becoming more and more clear is that diagnostic labs need to evolve and up their game to stay relevant. This will continue to bring value to patients throughout the healthcare journey.
A key focus in 2021 will be taking a look at building and maintaining better relationships between private and public players in patient care.
Cloud9 provides next generation healthcare solutions including clinical, connectivity, financial, and administrative systems. It aims to deliver patient information to all stakeholders and provide solutions to help move clinicians to evidence-based medicine. Cloud9's business strategy is to become a leader in key healthcare markets and deliver lower cost systems to more providers to improve care. It offers the Cloud9 Healthcare Ecosystem including the Spine platform and Clarity collective intelligence platform to integrate systems and improve care coordination. Synchronicity is Cloud9's integration and interoperability platform that uses event processing and adaptable workflows to enable application and data integration across healthcare organizations.
This presentation summarizes our research on 40 companies from around the world that are leveraging Artificial Intelligence to improve the Healthcare Industry. They are all well-funded, have highly qualified CEOs & Boards, and are poised to achieve their product development milestones.
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There is increasing confidence that cell therapies will soon play a role in the treatment of autoimmune disorders, but the extent of this impact remains to be seen. Early readouts on autologous CAR-Ts in lupus are encouraging, but manufacturing and cost limitations are likely to restrict access to highly refractory patients. Allogeneic CAR-Ts have the potential to broaden access to earlier lines of treatment due to their inherent cost benefits, however they will need to demonstrate comparable or improved efficacy to established modalities.
In addition to infrastructure and capacity constraints, CAR-Ts face a very different risk-benefit dynamic in autoimmune compared to oncology, highlighting the need for tolerable therapies with low adverse event risk. CAR-NK and Treg-based therapies are also being developed in certain autoimmune disorders and may demonstrate favorable safety profiles. Several novel non-cell therapies such as bispecific antibodies, nanobodies, and RNAi drugs, may also offer future alternative competitive solutions with variable value propositions.
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2. Index
1. Introduction: Madrid Region
2. IT strategic lines
3. Freedom of Election
4. Social Networking
5. Madrid’s Scientific Social Network
6. Project Schedule
7. Strategic lines of the Project
8. Proof of Concept
3. 1. Introduction: Madrid Healthcare Region
“Consejería de Sanidad de la
Comunidad de Madrid”
(CSCM): Regional Ministry
of Health.
Resources
Resources Systems & Technology (September 2009):
Systems & Technology (September 2009):
32 Hospitals (2 more hospitals being created)
32 Hospitals (2 more hospitals being created) More than 45,000 Users connected.
More than 45,000 Users connected.
29 Specialities Centres.
29 Specialities Centres. Over 500 Servers.
Over 500 Servers.
258 Medical Centres & 158 Primary Health
258 Medical Centres & 158 Primary Health Over 50,000 PCs.
Over 50,000 PCs.
Medical Centres.
Medical Centres. Over 80,000 Devices.
Over 80,000 Devices.
54 Mental Health Centres.
54 Mental Health Centres. Over 190 Applications.
Over 190 Applications.
Near 80,000 workers.
Near 80,000 workers. Over 65 Suppliers.
Over 65 Suppliers.
And... more than 6,350,000 Citizens.
And... more than 6,350,000 Citizens.
4. 2. IT Strategic Lines
Main goals
Meet the needs of our citizens and professionals in matters
of Healthcare services.
Implement a more efficient model based on an enhanced
management and quality system.
Empower clinical professionals: Motivated professionals.
Innovation: key strategic lines of Madrid eHealth Plan.
Allow clinical collaboration.
Current Projects
Freedom of Election
Plan Athene@: IT general renovation (focus on
hospitals).
Intranet (Salud@).
One Healthcare Region
Personalized Attention Centre (appointment centre)
EHR in Hospitals and in Primary Care centres.
Electronic prescription.
5. 3. Freedom of Election
What is it? What does imply? Benefits
Allows Madrid’s citizens to choose their healthcare professionals regardless
of their location.
Primary Care: free election of family doctor, paediatrician or
nurse.
Specialized Care: free election of specialist or hospital.
Does not require a previously justification from the
citizen.
The elected professional can refuse the assignation
in some exceptional situations.
6. 3. Freedom of Election
What is it? What does imply? Benefits
Centralization of the patient’s medical information
(centralized EHR).
Access to the medical information from any
medical centre or any hospital that is treating the patient.
What is it? What does imply? Benefits
Better quality of healthcare services.
Enhances the transparency of information.
Better accessibility.
Increases equity, compensating waiting times.
7. 3. Freedom of Election
Changes for the health professionals
Normalized Formularies
Catalogues unification
Electronic
Services
Derivation Process Digital Clinical
Homogenization History
Current Projects
Healthcare card management system adaptation.
Primary care clinical information system adaptation.
Hospital Information System (HIS) integration with CIBELES.
Multi-channel appointment system (online, voice recognition…)
Balanced scoreboard.
Access to EHR (HORUS) .
….
8. 4. Professionals collaboration:
Social Networking
Added Value Clinical tools in the Athene@ framework.
Empowers clinical professionals: Motivated professionals.
Innovation: key strategic lines of Madrid eHealth Plan.
Allows clinical collaboration between our big clinical network.
Collaborative
spaces framework
9. 4. Social Networking
We need a tool that allows…
Professional collaboration.
Share of experiences.
Learning at a national and international.
This tool has to be…
Easy to use.
Not “One more software application”.
No Data Privacy issues.
Our Social Network improves clinical outcomes while ensuring
better communication among our clinicians.
10. 4. Social Networking: The Project
Allow physicians to share clinical and scientific knowledge.
Innovative and challenging.
A valuable for clinicians.
Led by the Health Administration.
Madrid: first region in Spain running a Social
Network for Health Professionals.
Initial Proof of Concept: Hospital Gregorio Marañón.
Aims of the project:
Validate Web 2.0 tools for clinical collaboration.
Explore the perception from professionals
11. 5. Madrid’s Scientific Social Network:
The selected tool
Allows us to create our own private and social network.
Professional tool focused on clinical case collaboration
and image share.
Complements our EMR and PACS, but does not replace them.
It can be use for a second opinion.
Clinical knowledge repository.
It can be a place where researches, clinicians, students
and residents from different hospitals can share experiences
and learn.
16. 6. Project Schedule
The Project is divided in two phases:
Phase I: Proof of Concept in Hospital Gregorio Marañón
Assigned population: 700.000 citizens
More than 1.700 beds
More than 1.300 physicians
More than 2.700 PCs
Phase II: Evaluation of conclusions of the PoC and extension to all
Hospitals and clinicians of the Region of Madrid.
Phase I: Proof of Concept Phase II: Evaluation and
extension
11month
month 33months
months 22months
months
• Presentation • Presentation.
• Evaluation of PoC Evaluation of PoC
•
• Definition of the Plan of extension.
• Definition of the Plan of extension
17. 7. Strategic lines of the project
Proof of Concept: Tumors Committee
Clinical environment.
Multidisciplinary meetings.
Presentation of clinical cases.
Evaluation forum for diagnosis discussion.
Relationship with other hospitals and physicians
Work with different type of images and media.
To ensure the success of the project:
Clinical Champion: clinical leaders, main
references of the projects.
Data Manager: to support the initial collecting
of media and train users.
18. 8. Proof of Concept: Schedule
Set up of the platform (Medting Enterprise).
Identification and selection of clinical Training to involved clinicians over the initial samples.
champions and leaders. Introducing Medting as a tool for the Tumors
Initial training to Champions and collecting Committee.
of 10 clinical sample cases. Target: 40 more cases.
Phase I: Proof of Concept
Phase II:
11month
month 33months
months 22months
months Evaluation and
extension
Introduction of the platform to the
Community of Madrid. • Presentation
Extension to other clinical environments.
Target: 30 more cases.
• Evaluation of PoC
• Definition of the Plan of extension
19. 8. Proof of Concept: Current Status
Prototype in Hospital Gregorio Marañón:
High user acceptance and satisfaction
Other clinical committees are demanding to start using the platform.
It has generated new ideas for virtual collaboration, international
exchange, etc.
Breaking some rules: hierarchical barriers tend to disappear in
a Social Network.
Planning the extension of the project under an appropriate and
controlled Plan.
20. 5. Madrid’s Scientific Social Network
Other initiatives
Teleradiodiagnostic Central Unit in Hospital Infanta Sofía:
122 Radio diagnostic Groups.
48 Interconnected Workstations.
900.000 studies per year
1,14 mill. citizens attended
Cardiologic Central Unit in Hospital Carlos III:
Central Structure located in Hospital Carlos III
Patients cardiologic proofs and analysis implemented.
Coverage all Madrid care canters.
Teledermatology:
Same infrastructures as Cardiologic and
Radiodiagnostic solutions: efficient use of resources.
To be implemented within the next 6 months.
21. Muchas gracias por su atención
www.madrid.org
Zaida Sampedro Préstamo
Dir. Gral. de Sistemas de Información Sanitaria
e-mail: zaida.sampedro@madrid.org