Knowledge management in medicine refers to capturing, developing, sharing, and effectively using organizational knowledge to achieve objectives and make the best use of knowledge. It involves identifying, capturing, evaluating, retrieving, and sharing all of an enterprise's information assets, including databases, documents, policies, and expertise. Knowledge management systems in healthcare can streamline information for efficient patient care and potentially improve outcomes. While knowledge management offers benefits, healthcare must continue developing systems to fully utilize knowledge and deliver care safely based on the full scope of current information.
Knowledge management in health care: opportunities for collaborationKM Chicago
The document discusses opportunities for knowledge management (KM) collaboration in healthcare. It notes that KM can help organizations systematically acquire, disseminate, and apply knowledge. However, KM faces unique challenges in healthcare due to factors like frequent staff changes, a complex environment, and the immediate nature of failures. The document suggests applying lessons from successful non-healthcare KM and defining opportunities for cross-pollination and process changes to build a sustainable KM effort in healthcare.
The document discusses how accurate, consistent data is essential for healthcare organizations to succeed in the transition to value-based care. It explains that population health management, care coordination, predictive analytics, performance improvement, and clinical quality reporting all require reliable data captured across settings. Ensuring data quality requires establishing governance and processes to standardize, monitor, and protect this valuable asset. When structured properly, healthcare data can be leveraged for strategic decision making, care management, and financial success under new payment models.
Standards make it easier to create, share, and integrate data by making sure that there is a clear understanding of how the data are represented and that the data you receive are in a form that you expected. Data standards are the rules by which data are described and recorded. In order to share, exchange, and understand data, we must standardize the format as well as the meaning. Simply put, using standards makes using things easier. If different groups are using different data standards, combining data from multiple sources is difficult, if not impossible.
Here are a few key questions organizations should consider as they assess readiness for emerging leadership roles:
- How developed is our strategic plan for the transition from volume to value?
- What data and analytics capabilities do we have/need to effectively manage under value-based models?
- How well do our current IT systems and processes support value-based care delivery and payment models?
- What is the understanding and engagement level of our frontline staff around the need for transformation?
- Do our performance metrics and incentives reinforce or impede the shift to value?
- Do we have leaders in place who can drive innovation, change management and digital strategies?
- Are we exploring new digital technologies like mobile,
Keynote presentation delivered during 9th Seminar on Media and the Digital Economy (21-22 March 2019, Florence).
http://fsr.eui.eu/event/annual-scientific-seminar-on-media-and-the-digital-economy-9th-edition/
The document discusses how digitizing healthcare can transform the industry by moving from standalone systems to integrated systems that provide real-time access to data. It notes healthcare is moving from paper-based systems with data silos to integrated electronic systems that can improve quality of care through features like alerts and collaboration. The document also discusses how capturing unstructured data from sources like clinical notes using technologies like natural language processing can provide insights to help monitor metrics, identify conditions, and support research.
Management information systems (MIS) provide essential benefits to organizations, especially in the healthcare sector. Key benefits include:
1) Providing real-time information that allows for better decision-making and coordination across departments. This is critical in healthcare for timely treatment.
2) Enabling collaboration where different parts of an organization can share knowledge and expertise to improve patient care and outcomes.
3) Increasing productivity by streamlining processes and ensuring all staff have access to the same up-to-date information. In healthcare this can reduce unnecessary tests and improve follow-up care for patients.
Knowledge management in medicine refers to capturing, developing, sharing, and effectively using organizational knowledge to achieve objectives and make the best use of knowledge. It involves identifying, capturing, evaluating, retrieving, and sharing all of an enterprise's information assets, including databases, documents, policies, and expertise. Knowledge management systems in healthcare can streamline information for efficient patient care and potentially improve outcomes. While knowledge management offers benefits, healthcare must continue developing systems to fully utilize knowledge and deliver care safely based on the full scope of current information.
Knowledge management in health care: opportunities for collaborationKM Chicago
The document discusses opportunities for knowledge management (KM) collaboration in healthcare. It notes that KM can help organizations systematically acquire, disseminate, and apply knowledge. However, KM faces unique challenges in healthcare due to factors like frequent staff changes, a complex environment, and the immediate nature of failures. The document suggests applying lessons from successful non-healthcare KM and defining opportunities for cross-pollination and process changes to build a sustainable KM effort in healthcare.
The document discusses how accurate, consistent data is essential for healthcare organizations to succeed in the transition to value-based care. It explains that population health management, care coordination, predictive analytics, performance improvement, and clinical quality reporting all require reliable data captured across settings. Ensuring data quality requires establishing governance and processes to standardize, monitor, and protect this valuable asset. When structured properly, healthcare data can be leveraged for strategic decision making, care management, and financial success under new payment models.
Standards make it easier to create, share, and integrate data by making sure that there is a clear understanding of how the data are represented and that the data you receive are in a form that you expected. Data standards are the rules by which data are described and recorded. In order to share, exchange, and understand data, we must standardize the format as well as the meaning. Simply put, using standards makes using things easier. If different groups are using different data standards, combining data from multiple sources is difficult, if not impossible.
Here are a few key questions organizations should consider as they assess readiness for emerging leadership roles:
- How developed is our strategic plan for the transition from volume to value?
- What data and analytics capabilities do we have/need to effectively manage under value-based models?
- How well do our current IT systems and processes support value-based care delivery and payment models?
- What is the understanding and engagement level of our frontline staff around the need for transformation?
- Do our performance metrics and incentives reinforce or impede the shift to value?
- Do we have leaders in place who can drive innovation, change management and digital strategies?
- Are we exploring new digital technologies like mobile,
Keynote presentation delivered during 9th Seminar on Media and the Digital Economy (21-22 March 2019, Florence).
http://fsr.eui.eu/event/annual-scientific-seminar-on-media-and-the-digital-economy-9th-edition/
The document discusses how digitizing healthcare can transform the industry by moving from standalone systems to integrated systems that provide real-time access to data. It notes healthcare is moving from paper-based systems with data silos to integrated electronic systems that can improve quality of care through features like alerts and collaboration. The document also discusses how capturing unstructured data from sources like clinical notes using technologies like natural language processing can provide insights to help monitor metrics, identify conditions, and support research.
Management information systems (MIS) provide essential benefits to organizations, especially in the healthcare sector. Key benefits include:
1) Providing real-time information that allows for better decision-making and coordination across departments. This is critical in healthcare for timely treatment.
2) Enabling collaboration where different parts of an organization can share knowledge and expertise to improve patient care and outcomes.
3) Increasing productivity by streamlining processes and ensuring all staff have access to the same up-to-date information. In healthcare this can reduce unnecessary tests and improve follow-up care for patients.
This document outlines the key elements and timeline for a college's integrated program review, planning, and budgeting process. It describes the multi-level nature of the process, from individual program/unit reviews to department, division, and institutional planning and budgeting. Major components include annual program reviews using data and student learning outcomes to inform unit plans and budget requests, which are then prioritized at higher organizational levels before being considered by the Planning and Budget Committee and College Council for institutional resource allocation and planning. Key deadlines for the fall semester include training in September, program reviews due in October, and prioritization activities occurring through December.
Conférence de presse Al Qotb-projet de loi usage stupéfiantsAL QOTB Tunisie
Conférence de presse du parti Al Qotb, Comparatif projet de loi gouvernemental relatif aux stupéfiants du 30/12/15 Vs projet de loi Qotb du 17/12/15 ( 06/01/2016)
HeadTracker is an intranet application for managing candidates along the recruitment life cycle. It stores the recruitment information on a central server -- to be accessed by the recruiters using only a web browser. Alerts, flagging, trash can are some useful features of HeadTracker.
Nrapendra Singh Rathore is seeking a position in the IT industry that offers growth. He has an M.C.A from Jiwaji University and a B.C.A from VISM College. His technical skills include C, C#.net, SQL Server 2008, Visual Studio 2010/2012, .Net Framework and design methodologies like UML and OOAD. He has experience with two projects - a food court management application built with C#.net and SQL Server and a bus ticketing application built with ASP.net and SQL Server.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
A Virtual Crowdsourcing Community for Open Collaboration in Science Processes Dr. Matheus Hauder
Although science has become an increasingly collaborative endeavor over the last hundred years, only little attention has been devoted to supporting scientific communities. Our work focuses on scientific collaborations that revolve around complex science questions that require significant coordination to synthesize multi-disciplinary findings, enticing contributors to remain engaged for extended periods of time, and continuous growth to accommodate new contributors as needed as the work evolves over time. This paper presents a virtual crowdsourcing community for open collaboration in science processes to address these challenges. Our solution is based on the Semantic MediaWiki and extends it with new features for scientific collaboration. We present preliminary results from the usage of the interface in a pilot research project
LATTC Landscape Master Plan Summary oct 2012Patrick Reed
The document summarizes three site plans for Los Angeles Trade-Technical College (LATTC) in 2018, future, and full build-out.
The 2018 site plan illustrates existing and proposed buildings and landscape projects to be completed by 2018 with bond funds. It shows the demolition of buildings to create new quads and open spaces.
The future bond plan shows additional projects like new buildings and recreation areas that will require future bond funding.
The full build-out plan looks decades into the future and envisions a larger campus of around 38,000 students with more buildings and open spaces while preserving the core open areas.
Este documento es una guía de usuario para CorelDRAW Graphics Suite X3. Contiene información sobre las aplicaciones incluidas en la suite, novedades, instalación, cambio de idioma, registro de productos, actualización, asistencia al cliente y convenciones de documentación. Además, proporciona instrucciones detalladas sobre el uso de CorelDRAW y Corel PHOTO-PAINT, incluidas operaciones básicas, dibujo de formas, líneas y objetos, asignación de forma, rellenos, colores y efectos 3D.
This document provides an overview of human evolution, beginning with early primate ancestors such as Propliopithecus that lived 50-25 million years ago. It describes several pre-human ancestors in chronological order, including Australopithecus, Homo habilis, Homo erectus, Homo heidelbergensis, Neanderthals, and Cro-Magnon. It discusses evidence for human evolution from molecular biology and genetics. The document also covers theories of human origins, morphological changes during humanization, and timelines of evolutionary periods.
This you were provided information on technology transfers as an.docx4934bk
Key components necessary for system transformations include integration with primary care, effective information technology systems, and recovery-oriented systems. Technology transfer strategies like decision support tools and electronic health records can help mental health organizations deliver recovery-oriented practices. Challenges to transformative efforts include developing licensed staff and ensuring evidence-based practices are available to all with mental disorders.
This document discusses strategic knowledge management. It explains that strategic knowledge management involves developing, implementing, and maintaining an effective organizational knowledge management system. It requires attention to five areas: planning, people, processes, products, and performance. The document also outlines phases of knowledge development including sourcing, abstraction, conversion, diffusion, and refinement. It describes how knowledge management infrastructure, knowledge workers, knowledge objects, and intellectual property play roles in strategic knowledge management.
This document outlines the key elements and timeline for a college's integrated program review, planning, and budgeting process. It describes the multi-level nature of the process, from individual program/unit reviews to department, division, and institutional planning and budgeting. Major components include annual program reviews using data and student learning outcomes to inform unit plans and budget requests, which are then prioritized at higher organizational levels before being considered by the Planning and Budget Committee and College Council for institutional resource allocation and planning. Key deadlines for the fall semester include training in September, program reviews due in October, and prioritization activities occurring through December.
Conférence de presse Al Qotb-projet de loi usage stupéfiantsAL QOTB Tunisie
Conférence de presse du parti Al Qotb, Comparatif projet de loi gouvernemental relatif aux stupéfiants du 30/12/15 Vs projet de loi Qotb du 17/12/15 ( 06/01/2016)
HeadTracker is an intranet application for managing candidates along the recruitment life cycle. It stores the recruitment information on a central server -- to be accessed by the recruiters using only a web browser. Alerts, flagging, trash can are some useful features of HeadTracker.
Nrapendra Singh Rathore is seeking a position in the IT industry that offers growth. He has an M.C.A from Jiwaji University and a B.C.A from VISM College. His technical skills include C, C#.net, SQL Server 2008, Visual Studio 2010/2012, .Net Framework and design methodologies like UML and OOAD. He has experience with two projects - a food court management application built with C#.net and SQL Server and a bus ticketing application built with ASP.net and SQL Server.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
A Virtual Crowdsourcing Community for Open Collaboration in Science Processes Dr. Matheus Hauder
Although science has become an increasingly collaborative endeavor over the last hundred years, only little attention has been devoted to supporting scientific communities. Our work focuses on scientific collaborations that revolve around complex science questions that require significant coordination to synthesize multi-disciplinary findings, enticing contributors to remain engaged for extended periods of time, and continuous growth to accommodate new contributors as needed as the work evolves over time. This paper presents a virtual crowdsourcing community for open collaboration in science processes to address these challenges. Our solution is based on the Semantic MediaWiki and extends it with new features for scientific collaboration. We present preliminary results from the usage of the interface in a pilot research project
LATTC Landscape Master Plan Summary oct 2012Patrick Reed
The document summarizes three site plans for Los Angeles Trade-Technical College (LATTC) in 2018, future, and full build-out.
The 2018 site plan illustrates existing and proposed buildings and landscape projects to be completed by 2018 with bond funds. It shows the demolition of buildings to create new quads and open spaces.
The future bond plan shows additional projects like new buildings and recreation areas that will require future bond funding.
The full build-out plan looks decades into the future and envisions a larger campus of around 38,000 students with more buildings and open spaces while preserving the core open areas.
Este documento es una guía de usuario para CorelDRAW Graphics Suite X3. Contiene información sobre las aplicaciones incluidas en la suite, novedades, instalación, cambio de idioma, registro de productos, actualización, asistencia al cliente y convenciones de documentación. Además, proporciona instrucciones detalladas sobre el uso de CorelDRAW y Corel PHOTO-PAINT, incluidas operaciones básicas, dibujo de formas, líneas y objetos, asignación de forma, rellenos, colores y efectos 3D.
This document provides an overview of human evolution, beginning with early primate ancestors such as Propliopithecus that lived 50-25 million years ago. It describes several pre-human ancestors in chronological order, including Australopithecus, Homo habilis, Homo erectus, Homo heidelbergensis, Neanderthals, and Cro-Magnon. It discusses evidence for human evolution from molecular biology and genetics. The document also covers theories of human origins, morphological changes during humanization, and timelines of evolutionary periods.
This you were provided information on technology transfers as an.docx4934bk
Key components necessary for system transformations include integration with primary care, effective information technology systems, and recovery-oriented systems. Technology transfer strategies like decision support tools and electronic health records can help mental health organizations deliver recovery-oriented practices. Challenges to transformative efforts include developing licensed staff and ensuring evidence-based practices are available to all with mental disorders.
This document discusses strategic knowledge management. It explains that strategic knowledge management involves developing, implementing, and maintaining an effective organizational knowledge management system. It requires attention to five areas: planning, people, processes, products, and performance. The document also outlines phases of knowledge development including sourcing, abstraction, conversion, diffusion, and refinement. It describes how knowledge management infrastructure, knowledge workers, knowledge objects, and intellectual property play roles in strategic knowledge management.
This document discusses organizational design and delegation of authority. It covers several key topics:
1) The meaning of organizational design including building blocks like authority, responsibility, and accountability. Design must improve effectiveness and adaptability.
2) Different levels of design such as positions, work groups, and total organizations. Design must clarify roles, relationships, and goals.
3) Common design models for health organizations including functional, divisional, matrix, and product line designs. The appropriate design depends on factors like goals and environmental changes.
4) Influences on future designs like new technologies, competition, and human resource issues. Designs will focus more on quality, collaboration, and adapting to changes.
Learn How ProHealth Care is Innovating Population Health Management with Clin...Perficient, Inc.
Christine Bessler, CIO at ProHealth Care,demonstrates how ProHealth Care became the first healthcare system to produce reports and data out of Epic's Cogito data warehouse in a production environment. In this slideshare, you'll learn:
How they delivered clinically integrated insights to 460 physicians
How access to analytics allows their physicians to easily see which patients need important health screenings or care interventions, setting the stage for enhanced preventive care and better management of chronic diseases
ProHealth Care's strategy to integrate data from Epic with information from other EMRs and data sources to deliver clinically integrated business intelligence
How the organization is positioning itself to deliver against an advanced self-service BI capability in the future
The document provides answers to multiple choice questions from an HSA 520 midterm exam. It covers topics like health management information systems (HMIS), organizational culture, leadership roles, strategic planning, and information technology systems. Key terms defined include community health information networks (CHIN), regional health information organizations (RHINO), customer relationship management (CRM), enterprise resource planning (ERP), and supply chain management (SCM).
The document provides answers to multiple choice questions from an HSA 520 midterm exam. It covers topics like health management information systems (HMIS), organizational culture, leadership roles, information technology competencies, customer relationship management (CRM), enterprise resource planning (ERP), supply chain management (SCM), data storage, and health information networks.
The document discusses best practices for data governance and stewardship. It recommends starting with cataloging all data assets, identifying current and future states, and planning governance roles and processes. It then provides details on assessing data quality, cleaning data, and establishing a data governance team with roles like stewards and custodians. It emphasizes the importance of data lifecycles and having the right data at the right time to drive business goals.
X-ray photoelectron spectroscopy has several advantages for adhesion studies. XPS allows researchers to determine the chemical
composition of surfaces and interfaces. It can detect all elements except hydrogen and helium. XPS also provides information on the
chemical/oxidation state of the elements detected. Furthermore, the technique is highly surface sensitive, with a probing depth of only 5-10
nm. This makes it ideal for analyzing thin film interfaces and coatings.
The document discusses seven leadership leverage points for increasing quality and safety in healthcare organizations proposed by the Institute for Healthcare Improvement (IHI). The leverage points are: 1) establish system-level aims and oversight at the governance level, 2) develop an executable strategy to achieve aims, 3) channel leadership attention to system improvement, 4) include patients and families on improvement teams, 5) engage chief financial officers to champion quality, 6) engage physicians in improvement efforts, and 7) build improvement capability. Implementing these leverage points can help organizations successfully achieve sustained quality and safety gains through strategic planning and leadership commitment.
This presentation was given at the 'Beyond Scaling Up: Pathways to Universal Access' workshop which was held at the Institute of Development Studies, Brighton on the 24-25 May, 2010. This event was co-sponsored by the Future Health Systems Research Programme Consortium and the STEPS Centre. Bennett presented on the role of learning networks in scaling up.
The healthcare industry in India is facing a complex, competitive environment driven by disruptive technology. For healthcare organizations to survive, data-driven management is needed. As payment reforms increase pressure to improve quality while lowering costs, some hospitals have adopted quality improvement methodologies from other industries, like data analytics. Experts believe healthcare providers that invest in analytics through partnerships will have success. The article outlines the types of data analytics used in healthcare - descriptive analytics of past data, predictive analytics to forecast future needs, and prescriptive analytics to provide recommendations. It also discusses challenges to implementing data-driven management and provides steps for healthcare organizations to become more data-driven.
Analytics Staffing Models of Health Systems That Compete Well Using DataThotWave
This document discusses how healthcare organizations can succeed in the new healthcare economy by continually improving how they manage data, develop insights, and operationalize analytics. It outlines various industry trends driving changes, such as the transition to value-based care and increased consumerism. The document then presents different staffing models for analytics functions: centralized, decentralized, and center of excellence. It provides examples of organizations using each model and discusses the advantages and challenges of each. It emphasizes that the most important thing is finding the right model for each organization's unique situation.
This document provides an overview of knowledge management, including definitions, types of knowledge, sources of knowledge, mechanisms, practices, processes, and technological tools. It defines knowledge as understanding gained from experience or information, and knowledge management as providing and managing procedures for internal and external information and knowledge sources to store, provide, and document experiences to develop employee and business performance. It discusses explicit and tacit knowledge, and how knowledge is transformed between tacit and explicit forms. Mechanisms of knowledge management include culture change, knowledge bases, measurement criteria, and tools like e-learning and knowledge sharing databases. Processes and some software examples are also outlined.
This document describes the successful implementation of health information technology across a rural hospital system including a 76-bed hospital and various clinics, long-term care facilities, and outpatient services. The hospital implemented an electronic medical record system across its continuum of care between 1999-2010 in a phased approach, beginning with core financial and clinical systems and expanding to physician practices, long-term care facilities, imaging, and a patient portal. Key lessons learned included agreeing on a strategic vision, taking an inclusive implementation approach, thorough planning, clear communication, managing expectations of difficulties, and addressing physician needs.
This introductory session on Wednesday 15 January covered the following:
- A review of what constitutes good data health
- Data health plan: data governance and how it can drive your business
- Overview of standard identifiers currently used in the scholarly publishing supply chain
- Introduction to Ringgold services and how we support our clients
How to Create a Big Data Culture in PharmaChris Waller
A talk presented at the Big Data and Analytics conference in Boston on January 28, 2014. Emphasis on data and information sharing cultures in companies.
Communication Workshop: Transforming dataNicola Hodge
This document discusses how to transform data into information and evidence to inform health policy and programming. It emphasizes that data analysis and interpretation, as well as effective communication and dissemination, are key steps to knowledge brokering. Different types of evidence are needed for various users and purposes. Comparisons of data over time, between groups, and with benchmarks can help turn data into useful information. Communicating evidence in a timely, relevant, and easy to understand way is important to inform decision-making and improve health outcomes. Knowledge management strategies can help strengthen the flow of data and information between producers and end users.
The document discusses knowledge management, defining it as providing and managing procedures for internal and external information sources, documentation, and knowledge in order to store, provide, and manage it to improve employee performance and business results. It describes types of knowledge, mechanisms of knowledge management including tools, techniques, and making organizations learning organizations. It also discusses some knowledge management practices and processes and technological tools to manage knowledge.
The document discusses several models and frameworks relevant to nursing informatics. It summarizes 5 general nursing informatics models: Graves and Corcoran's model, Schiwirian's model, Turley's model, the Data-Information-Knowledge model, and Benner's Novice to Expert model. It also mentions 2 specific models: the Philippine Health Ecosystem model and the Shift Left model. The document then provides more details about each of the 5 general models.
Student Information System Implementations Under Limited Resourceskwerosh
The document discusses strategies for successful student information system implementations at small institutions with limited resources and budgets. It provides an overview of considerations such as cost-benefit analysis, strategic planning, reviewing business processes, risk management, gap analysis, timing, and requests for proposals. Implementation strategies discussed include vendor selection, project management, budget management, organizational change management, communication plans, technical support, data validation, and training. Post-implementation tips are also provided such as managing upgrades/releases and vendor relations.
Similar to The Missing Piece? Understanding Provider Organization Capabilities to Engage the Learning Health System (20)
The document outlines an agenda for a University of Michigan Learning Health System Collaboratory event. The agenda includes: welcome remarks, introductions and background on the LHS Collaboratory, a discussion of its vision, mission, value and opportunities, a closing activity, and adjournment. Testimonials will be provided by representatives from various UM schools. The LHS aims to link discovery to better health outcomes through continuous learning and knowledge sharing between data, knowledge and practice. Realizing this vision poses sociotechnical challenges that require cross-disciplinary collaboration and leadership.
This document discusses the potential for mobile health technologies to improve care for cardiovascular disease. It provides an overview of advances in mobile devices and their capabilities. A model is presented where mobile technologies can support care by enabling risk assessment, monitoring of conditions like blood pressure and sodium intake, and remote patient monitoring for conditions like heart failure. Two case studies are described that used mobile apps to help lower sodium intake through location-based alerts and remote monitoring in heart failure patients. The conclusion is that mobile technologies provide new opportunities for just-in-time interventions and passive monitoring of pre-clinical disease states.
The document discusses the Michigan Surgical Quality Collaborative (MSQC), which aims to establish a learning health system for improving surgical care in Michigan. It describes the MSQC learning health system cycle, which involves collecting data, analyzing it, learning from it, disseminating best practices, and evaluating and supporting continuous quality improvement. It provides details on how the MSQC works, including the data it collects, how sites are analyzed and monitored, and how knowledge is shared. It discusses the MSQC's focus on reducing surgical site infections in colectomy patients and the initiatives developed from analyzing the data. Finally, it outlines the MSQC's future plans to further leverage technology, anchor care around patients, and create an epicenter
This document summarizes a presentation by Joshua Rubin on realizing a learning health system. It discusses the concept of a learning health system where every health experience and decision helps to improve health. It outlines key components like assembling relevant data, analyzing it, disseminating results, and changing practice. Stakeholders in this system include patient groups, insurers, universities, delivery networks, and the tech industry. Over 100 organizations have endorsed the core values of a learning health system. The presentation closes by emphasizing collaboration as a driver of better health outcomes through technology, policy, people and culture working together.
The document discusses the vision for a learning health system (LHS) as presented by Charles Friedman and Joshua Rubin. Some key points:
- An LHS aims to continuously and routinely study and improve health systems using data from every patient experience.
- It envisions health data being used at large scales across organizations to generate insights, inform best practices, and drive improvements in 17 months vs the traditional 17 years.
- Realizing an LHS requires overcoming challenges like establishing learning cycles across problems, and developing common infrastructure/platforms to support learning at scale across different levels.
- The authors propose establishing departments, programs, and journals to advance the science of learning health and educate a new workforce to develop
Caren Stalburg, MD, MA presented to the 2016 annual Snow meeting of the Michigan Section of the American Congress of Obstetricians and Gynecologists (ACOG) about her program to train Michigan providers about the new Breast Density Notification Law (http://www.midensebreasts.org/).
Dr. Stalburg is Division Chief and Clinical Assistant Professor in the Division of Professional Education in the Department of Learning Health Sciences and Assistant Professor of Obstetrics and Gynecology in the University of Michigan Medical School.
This document discusses the history and current uses of simulation-based education for training family medicine physicians. It outlines how simulation has been used to teach technical skills like central line placement. Studies show this training improves physicians' skills and knowledge, and leads to better patient outcomes like fewer infections. Future trends may include more system-based training using simulations of electronic health records. Training is also expected to focus more on non-technical skills like communication and decision-making. Overall, simulation-based education is poised to play a growing role in technical and non-technical skills training for family medicine.
Simulation-based education is increasingly being used to train technical skills. Current applications include using simulators to improve skills like central line placement and lumbar punctures. Research shows this approach can help address gaps in skills, improve patient outcomes, and reduce costs. Future trends may include more targeted simulators for specific specialties or procedures, and expanding training to areas beyond technical skills like communication. Barriers like cost and faculty time may be addressed through self-directed online training modules.
1) The document discusses a briefing on learning health systems presented at an AMIA symposium.
2) It outlines the challenges of realizing a learning health system that can continuously learn from all patient data and experiences to rapidly improve practices.
3) The briefing describes efforts by the Learning Health Community coalition of 91 organizations to develop standards and governance to enable learning health systems, and proposes that realizing these systems may require a new field of "cyber-social learning systems."
The document outlines strategies for transforming educational efforts into scholarship. It discusses defining educational scholarship, identifying opportunities to turn teaching work into scholarship projects, and sharing strategies for success, including considering dissemination venues and planning next steps. The document provides an overview of developing scholarly projects, from refining a study question to selecting appropriate designs, methods, and outcomes.
This document provides an overview of the national Learning Health Community framework and Learning Health for Michigan. The objectives are to understand the evolving national framework, become familiar with the vision and core values, learn about stakeholders working toward the shared vision, and gain insight into how research networks can integrate with health data sharing infrastructure. It acknowledges contributions from various individuals and organizations. It discusses how a learning health system platform can support multiple simultaneous learning cycles through common infrastructure. It emphasizes that such a platform needs capabilities for both gathering and applying knowledge (not just gathering). Specific platform elements discussed include mechanisms for communities of interest, use cases, standard components, and refinement/testing. The document outlines functions needed for a "brain" within the system to organize, manage
This document provides an overview of the national landscape for learning health systems. It discusses the vision of a learning health system where continuous learning and improvement is built into routine healthcare through research and data sharing. It outlines some of the challenges to realizing this vision like fragmentation and misaligned incentives. It also describes the emergence of a multi-stakeholder movement and Learning Health Community working to advance this vision through collaboration. Key initiatives of this movement include establishing core values, enabling standards and structures for learning from health data, and supporting various learning health projects.
The University of Michigan Medical School established the Patient Safety and Quality Leadership (PASQUAL) Scholars Program to create a community of clinical partners who can effectively collaborate with engineers and safety professionals to improve patient safety and quality of care. The program provides faculty and staff an 8-month curriculum covering quality improvement, patient safety, leadership, teaching and scholarship. Scholars identify an existing or new quality/safety project and work in interprofessional teams. Graduates are well positioned to lead quality/safety initiatives and collaborate with engineering professionals to positively impact healthcare outcomes.
This document summarizes a presentation on proposed changes to the informed consent process. The key proposed changes include shortening consent forms to only include the most relevant details, publicly posting consent documents for clinical trials, and allowing for broad consent for secondary use of biospecimens including de-identified samples. The goals of the proposed changes are to build more trust in the consent process and make it more meaningful. However, it is unclear if the changes will fully achieve these goals given challenges such as the open-ended nature of consent agreements. The presentation also discusses empirical studies conducted on community perspectives and issues regarding public health biobanks and consent.
Joshua Rubin's presentation for the Lilly sponsored AMIA Clinical Decision Support Working Group on August 25, 2015.
https://www.amia.org/education/webinars/learning-health-system-informing-clinical-decisions-learning-every-patient-every
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A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Histololgy of Female Reproductive System.pptxAyeshaZaid1
Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
Does Over-Masturbation Contribute to Chronic Prostatitis.pptxwalterHu5
In some case, your chronic prostatitis may be related to over-masturbation. Generally, natural medicine Diuretic and Anti-inflammatory Pill can help mee get a cure.
Basavarajeeyam is a Sreshta Sangraha grantha (Compiled book ), written by Neelkanta kotturu Basavaraja Virachita. It contains 25 Prakaranas, First 24 Chapters related to Rogas& 25th to Rasadravyas.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Kat...rightmanforbloodline
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
TEST BANK For Basic and Clinical Pharmacology, 14th Edition by Bertram G. Katzung, Verified Chapters 1 - 66, Complete Newest Version.
Cell Therapy Expansion and Challenges in Autoimmune DiseaseHealth Advances
There is increasing confidence that cell therapies will soon play a role in the treatment of autoimmune disorders, but the extent of this impact remains to be seen. Early readouts on autologous CAR-Ts in lupus are encouraging, but manufacturing and cost limitations are likely to restrict access to highly refractory patients. Allogeneic CAR-Ts have the potential to broaden access to earlier lines of treatment due to their inherent cost benefits, however they will need to demonstrate comparable or improved efficacy to established modalities.
In addition to infrastructure and capacity constraints, CAR-Ts face a very different risk-benefit dynamic in autoimmune compared to oncology, highlighting the need for tolerable therapies with low adverse event risk. CAR-NK and Treg-based therapies are also being developed in certain autoimmune disorders and may demonstrate favorable safety profiles. Several novel non-cell therapies such as bispecific antibodies, nanobodies, and RNAi drugs, may also offer future alternative competitive solutions with variable value propositions.
Widespread adoption of cell therapies will not only require strong efficacy and safety data, but also adapted pricing and access strategies. At oncology-based price points, CAR-Ts are unlikely to achieve broad market access in autoimmune disorders, with eligible patient populations that are potentially orders of magnitude greater than the number of currently addressable cancer patients. Developers have made strides towards reducing cell therapy COGS while improving manufacturing efficiency, but payors will inevitably restrict access until more sustainable pricing is achieved.
Despite these headwinds, industry leaders and investors remain confident that cell therapies are poised to address significant unmet need in patients suffering from autoimmune disorders. However, the extent of this impact on the treatment landscape remains to be seen, as the industry rapidly approaches an inflection point.
Cell Therapy Expansion and Challenges in Autoimmune Disease
The Missing Piece? Understanding Provider Organization Capabilities to Engage the Learning Health System
1. +
The Missing Piece?
Understanding Provider Organization Capabilities to Engage
with the Learning Health System
Julia Adler-Milstein, PhD
March 14, 2017
2. +
Overview of Talk
Setting the Context: Lessons from Other Industries on IT
Value
Knowledge Management as a Provider Organization
Competency
Knowledge in the Era of Health Data Science
Implications for Provider Organizations and LHS
Engagement
3. Lessons on Realizing Tech
Value from Other Industries
David P. (1990) The Dynamo and The Computer.
5. 5
“New technology takes time to have
a big economic impact.
More importantly, businesses […]
have to adapt before that will
happen.”
http://www.slate.com/articles/arts/the_undercover_economist/2007/06/the_shock_of_the_new.html
6. Organizational Context
IT
Outcomes
Organizational contexts conducive to realizing IT value:
o give frontline staff the authority and accountability to make
decisions based on newly available, real-time data,
o and ensure they have the training and skills to do so
Lessons on Realizing IT
Value from Other Industries
e.g., Brynjolfsson E, Hitt L. (1996). Firm-level Evidence on the Returns to Information Systems Spending. Management Science.
8. The EHR-Performance Gap
On the one hand…
o Early studies from individual institutions reveal substantial quality and
efficiency gains from EHRs
Served as the motivation for HITECH
On the other hand…
o Recent, large-scale studies fail to find a consistent relationship between
EHR adoption and improved performance (e.g., Appari 2012, Adler-Milstein et al. 2013)
9. +
MAGICAL THINKING
REALITY
IT Better
Performance
IT Better
PerformanceComplementary
Organizational
Changes
10. +
Overview of Talk
Setting the Context: Lessons from Other Industries on IT
Value
Knowledge Management as a Provider Organization
Competency
Knowledge in the Era of Health Data Science
Implications for Provider Organizations and LHS
Engagement
11. +
What is knowledge? What is
knowledge management?
In the context of this talk…
Knowledge about health
and healthcare that is
generated outside the
practice setting (provider
organization)
Knowledge management
is the dynamic set of
organizational capabilities
needed to convert
knowledge to practice
12. +
Current State
Lack consensus on KM competencies
And how they need to adapt as external knowledge and
knowledge dissemination infrastructures change
Lack data on current state of KM in US provider
organizations
Can look to leading provider organizations for
examples
13. +
Knowledge Management: Strategic Goals
Reduce the cost and increase the speed of
knowledge acquisition and maintenance for decision
support
Speed translation of clinical innovation and evidence
into clinical practice
Proactive, anticipatory decision support architecture
Improve organizational effectiveness as a learning
organization through organizational alignment and
data-driven performance improvement
Knowledge management as decision support
Adapted from T. Hongsermeier
14. +
Content Life-Cycle Challenges:
Committee, Department,
Researcher, or Other
Proposes to Implement Content
Guideline is Defined and Validated
Functional Knowledge Specification
For Encoding is
Designed and Validated
Ongoing Revisions or
Eventual Sunset
Of Encoded Guideline
•Prioritization mechanism not always clear
•Stewardship processes not always clear
•Lack of coordination
•Unclear mechanism for subject matter expert participation…
•No budgetary model to reimburse experts…
•No tools to support efficient collaboration
•Little or no audit trail of decisions made
•Project competition with other engineering projects,
prioritization processes unclear
•Knowledge editors typically do not enable content
auditing, knowledge editors siloed, no support of
inheritance or propagation
•Little or no documentation about content in production
•MS Office doesn’t help maintain data about content
•Little analytic data available on decision support content or
impact on clinical outcomes impact to direct updating
•Tendency to rely on query of transaction systems
•No content management tools to support process and
ensure timeliness
Specification is
Engineered into Production Generating
a Technical Specification
Adapted from T. Hongsermeier
15. +
Evolving knowledge management infrastructure:
Knowledge Management Generation 1:
• Build and deploy a document library to provide enterprise wide access
to specifications of decision support knowledge
• Inventory all structured knowledge in production
• Create and develop a knowledge repository
Knowledge Management Generation 2:
• Implement tools to support collaborative content consensus, iterative
drafting of guidelines and conversion to functional knowledge
specifications
• Knowledge repository expanded to support browsing of pre-production
and “in-production” knowledge
• Implement tools to support content management processes using
lifecycles and workflows (knowledge maintenance)
Knowledge Management Generation 3:
• Integrate legacy and new content authoring tools with content
management infrastructure (knowledge editing)
Adapted from T. Hongsermeier
16. +
Current State
KM not a recognized “competency” of provider
organizations
Where KM is occurring, it is mostly focused on:
Proving access to external information resources
Deciding what should decision support should include
Substantial disparities in KM capabilities by type of
provider organization
17. +
Two observations
The huge investment in 21st century health
knowledge generation has not been coupled with
investment in 21st century knowledge
application.
It is critical to anticipate how knowledge will
change, and how healthcare delivery
organizations will need to adapt.
18. +
Overview of Talk
Setting the Context: Lessons from Other Industries on IT
Value
Knowledge Management as a Provider Organization
Competency
Knowledge in the Era of Health Data Science
Implications for Provider Organizations and LHS
Engagement
19. +
Knowledge will:
Come in more forms and at different levels of scale (i.e.,
individual, population)
Be regularly changing and updating
Be inherently probabilistic
Be customizable to specific people and situations
Come via more channels (i.e., beyond journals and
guidelines)
Come from a variety of sources
Be more accessible
Be a recognized “entity”
20. +
Overview of Talk
Setting the Context: Lessons from Other Industries on IT
Value
Knowledge Management as a Provider Organization
Competency
Knowledge in the Era of Health Data Science
Implications for Provider Organizations and LHS
Engagement
21. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Come in more forms
and at different levels
of scale (i.e.,
individual,
population)
Have a process for
“local” translation and
operationalization
22. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Be regularly
changing and
updating
Have a rapid process
for decision-making
about fit/relevance
Have frontline work
processes that can
continuously adapt
23. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Be inherently
probabilistic
Have a workforce that
can make decisions
under conditions of
uncertainty
24. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Be customizable to
specific people and
situations
Have infrastructure for
mass customization
25. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Come via more
channels (i.e.,
beyond journals and
guidelines)
Have varied
mechanisms of receipt
26. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Come from a variety
of sources
Have a process to
validate and trust
27. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Be more accessible Have a workforce and
work processes that
enable direct access to
role-relevant
knowledge
28. +
Knowledge will: Which will require
healthcare delivery
organizations to:
Be a recognized
“entity”
Have a governance
process for adopted
knowledge
29. +
Knowledge will: Which will require provider
organizations to:
Come in more forms and at different levels
of scale (i.e., individual, population)
Have a process for “local” translation and
operationalization
Be regularly changing and updating Have a rapid process for decision-making about
fit/relevance
Have frontline work processes that can
continuously adapt
Be inherently probabilistic Have a workforce that can make decisions
under conditions of uncertainty
Be customizable to specific people and
situations
Have infrastructure for mass customization
Come via more channels (i.e., beyond
journals and guidelines)
Have varied mechanisms of receipt
Come from a variety of sources Have a process to validate and trust
Be more accessible Have a workforce and work processes that
enable direct access to role-relevant knowledge
Be a recognized “entity” Have a governance process for adopted
knowledge
30. +
What do we know about how to do
these things well?
Tidbits like…
Healthcare delivery organizations will need a workforce that
includes those with familiar titles (e.g., “doctor” and “nurse”) but
new skillsets, alongside people with entirely new roles.
These new skillsets and roles are beginning to be conceptualized
and articulated in the form of competencies that include: (1)
knowing what you do and don’t know, (2) ability to ask a good
question, and (3) skills in evaluating and weighing evidence.
Yet there is no guidance for healthcare delivery organizations in
terms of how to increase these competencies in their workforce.
31. +
What do we know about how to do
these things well?
Literature from other industries that are ahead of
healthcare in their data science maturity
Point to the need to put information and the relevant decision
rights in the same location.
Specifically, when information is created and transferred, and expertise
is often not where it used to be, an organization needs to be flexible
enough to minimize the “not invented here” syndrome and maximize
cross-functional cooperation.
Also a need to shift the culture of an organization to one in which
the first question is not “What do we think?” but “What do we
know?” as well as “Where did the data come from?”, “What kinds
of analyses were conducted?” and “How confident are we in the
results?”
32. +
Concluding Thoughts
Nascent state of understanding about
how knowledge characteristics will change,
how healthcare delivery organizations will need to
change in response,
how to execute those changes
Such understanding is necessary to bridge the
“last mile” of the learning health system.
It is therefore imperative to begin the process of
discovery.