Delivered by Craig Brammer at CITIH 2011. Focus on discussion of regional and national initiatives and opportunities for regional partners to leverage them for driving healthcare improvements, public health and research.
This session will provide a broad perspective on the many initiatives related to HIT. Experts from the regional and national level will discuss data models, privacy concerns and adoption strategies from their different perspectives. Also addressed will be planning for NHIN direct adoption as a complimentary strategic to full HIEs.
Interoperability is one of the most critical issues facing the health care industry today. A universal exchange language is needed to assist health care providers in sharing health information in order to coordinate diagnosis and treatment, while maintaining privacy and security of personal data. Health Information Exchanges (HIE) allow for the movement of clinical data between disparate systems; they enable providers to electronically share health records through a network. This presentation provides an overview of HIE and the Meaningful Use requirement related to the exchange of clinical information as well as information about standards of exchange and the recommended "next steps" for providers.
The document discusses electronic medical records (EMRs), defining them as digital versions of patients' paper medical charts that contain their medical history, diagnoses, treatments, test results, and other clinical data. EMRs allow authorized medical providers to securely access a patient's comprehensive medical record electronically. The document also outlines the key components, functions, and benefits of EMR systems, such as automating workflows, integrating with other healthcare IT systems, and facilitating data sharing across providers to support comprehensive patient care.
Quality in healthcare refers to adhering to predetermined specifications and standards to meet patient needs. Over time, quality practices evolved from craftsmanship to focusing on processes through thinkers like Shewhart and Deming. Donabedian introduced structure-process-outcome measures for assessing quality. National and international organizations like JCAH, ISO, and NABH were formed to standardize healthcare quality. NABH accreditation involves an application process, onsite assessments, and meeting standards in areas like patient care, management, and information systems to certify high quality care.
The document discusses quality improvement in hospitals. It notes that quality improvement (QI) requires sustained leadership, extensive training, robust measurement systems, and a culture receptive to change. It outlines six dimensions of healthcare quality: safety, effectiveness, appropriateness, access, patient satisfaction, and efficiency. Efficiency in healthcare involves deriving maximum benefit from available resources through technical and allocative efficiency. Common causes of medical errors include communication problems, inadequate information flow, human factors, and organizational issues. Many methods can be used to detect adverse events, both passive and active surveillance. Improvement starts with identifying an area for improvement through asking questions. Models for quality improvement include PDCA, Lean, Six Sigma, and change management. Measurement is key to
The document discusses hospital information management and hospital information systems. It defines key terms like hospital, information, health information management. It describes the objectives of health information management as acquiring, analyzing and protecting medical information to provide quality patient care. It also discusses how information systems can streamline hospital operations and increase efficiency.
The document discusses various aspects of quality in healthcare including definitions, common medical errors, factors that contribute to errors, and frameworks for ensuring and improving quality such as ISO standards, accreditation, and the Joint Commission International's patient-centered standards. Key areas addressed in the Joint Commission standards are access to care, patient rights, patient assessment, care delivery, education, and organizational management factors that support quality healthcare.
The document discusses hospital accreditation in India. It defines hospital accreditation and outlines its key driving factors like consumer protection acts. The benefits of accreditation include ensuring quality care for patients, attracting foreign patients, and quality assurance. The major accrediting bodies in India are the National Accreditation Board for Hospitals (NABH) and the Quality Council of India (QCI). NABH has 10 chapters and 100 standards covering areas like patient care, medication management, and infection control. Benefits of NABH accreditation include improved patient outcomes and satisfaction. The document also summarizes two research studies on the impacts and effectiveness of healthcare accreditation standards.
Interoperability is one of the most critical issues facing the health care industry today. A universal exchange language is needed to assist health care providers in sharing health information in order to coordinate diagnosis and treatment, while maintaining privacy and security of personal data. Health Information Exchanges (HIE) allow for the movement of clinical data between disparate systems; they enable providers to electronically share health records through a network. This presentation provides an overview of HIE and the Meaningful Use requirement related to the exchange of clinical information as well as information about standards of exchange and the recommended "next steps" for providers.
The document discusses electronic medical records (EMRs), defining them as digital versions of patients' paper medical charts that contain their medical history, diagnoses, treatments, test results, and other clinical data. EMRs allow authorized medical providers to securely access a patient's comprehensive medical record electronically. The document also outlines the key components, functions, and benefits of EMR systems, such as automating workflows, integrating with other healthcare IT systems, and facilitating data sharing across providers to support comprehensive patient care.
Quality in healthcare refers to adhering to predetermined specifications and standards to meet patient needs. Over time, quality practices evolved from craftsmanship to focusing on processes through thinkers like Shewhart and Deming. Donabedian introduced structure-process-outcome measures for assessing quality. National and international organizations like JCAH, ISO, and NABH were formed to standardize healthcare quality. NABH accreditation involves an application process, onsite assessments, and meeting standards in areas like patient care, management, and information systems to certify high quality care.
The document discusses quality improvement in hospitals. It notes that quality improvement (QI) requires sustained leadership, extensive training, robust measurement systems, and a culture receptive to change. It outlines six dimensions of healthcare quality: safety, effectiveness, appropriateness, access, patient satisfaction, and efficiency. Efficiency in healthcare involves deriving maximum benefit from available resources through technical and allocative efficiency. Common causes of medical errors include communication problems, inadequate information flow, human factors, and organizational issues. Many methods can be used to detect adverse events, both passive and active surveillance. Improvement starts with identifying an area for improvement through asking questions. Models for quality improvement include PDCA, Lean, Six Sigma, and change management. Measurement is key to
The document discusses hospital information management and hospital information systems. It defines key terms like hospital, information, health information management. It describes the objectives of health information management as acquiring, analyzing and protecting medical information to provide quality patient care. It also discusses how information systems can streamline hospital operations and increase efficiency.
The document discusses various aspects of quality in healthcare including definitions, common medical errors, factors that contribute to errors, and frameworks for ensuring and improving quality such as ISO standards, accreditation, and the Joint Commission International's patient-centered standards. Key areas addressed in the Joint Commission standards are access to care, patient rights, patient assessment, care delivery, education, and organizational management factors that support quality healthcare.
The document discusses hospital accreditation in India. It defines hospital accreditation and outlines its key driving factors like consumer protection acts. The benefits of accreditation include ensuring quality care for patients, attracting foreign patients, and quality assurance. The major accrediting bodies in India are the National Accreditation Board for Hospitals (NABH) and the Quality Council of India (QCI). NABH has 10 chapters and 100 standards covering areas like patient care, medication management, and infection control. Benefits of NABH accreditation include improved patient outcomes and satisfaction. The document also summarizes two research studies on the impacts and effectiveness of healthcare accreditation standards.
- Lawrence Weed first described the concept of electronic medical records in the 1960s as a way to automate and organize patient records to improve care. Early systems like POMR were developed in the 1970s and refined in later decades.
- Today, most medical practices use electronic systems to record patient information like medical history, medications, test results, and billing data. Adoption has increased but fewer than half of physicians fully utilize digital records.
- Benefits include increased efficiency, reduced errors, better access to information, and potential financial incentives. Challenges include costs of implementation and use, user resistance, and privacy concerns over confidential patient data.
The document discusses health information exchange (HIE), defining it as a platform that facilitates the exchange of healthcare information among various stakeholders commercially and non-commercially. It identifies the key stakeholders as healthcare seekers, providers, pharmaceutical companies, pharmacies/chemists, insurers, government agencies, NGOs, and institutes. The document outlines the interactions and value propositions of HIE for each stakeholder, such as improved care quality, access to new markets, increased sales and membership, and better health outcomes.
This document discusses quality management and quality assurance in healthcare. It defines quality as meeting or exceeding customer expectations and being free from defects. Quality management has four main components: quality planning, quality assurance, quality control, and quality improvement. Quality assurance aims to prevent mistakes and defects by ensuring quality requirements are fulfilled. It discusses Donabedian and PDCA models of quality assurance. The document also outlines various approaches to quality assurance programs including credentialing, licensure, accreditation, and certification.
Electronic Health Record System and Its Key Benefits to Healthcare IndustryCalance
This case study discusses how Electronic Health Record can turn out to be a solution to the problems associated with paper based clinical records. It’s a future-proof solution decreasing chances of error and loss while increasing patient-provider communication. Find out the key challenges faced by US health industry, key benefits of EHRs, and how Calance can help developing an HER solution. For more info about Calance, visit http://www.calanceus.com
The document discusses healthcare information technology and its evolution. It defines common terms like EMR, EHR, HIS, HL7, DICOM and PACS. It states that computerized physician order entry (CPOE) can significantly reduce medication errors and preventable adverse drug events. The hospital information system (HIS) is described as an integrated system that manages administrative, financial and clinical data across different departments. Several standards organizations are working to develop standards for interoperability between different health IT tools and electronic medical records.
The document discusses an electronic health record (EHR) system that aims to provide a comprehensive lifetime medical record for patients. It describes the key components of an EHR including demographics, medical history, examinations, investigations, diagnoses, treatments, and the ability to view trends over time. The EHR aims to store data in a structured way for analysis while maintaining usability.
Joint Commission International provides accreditation services to improve safety and quality of care internationally. It has accredited over 236 organizations in 35 countries. Accreditation involves evaluating organizations against established standards to ensure structures and processes are in place to deliver good patient outcomes and continuous quality improvement. Evidence shows accreditation reduces risks to patients and sets principles that are now standard in healthcare worldwide.
An electronic medical record (EMR) system allows doctors to digitally create and store patient records and health information. It enables multiple providers to securely access a patient's information electronically. EMR systems can improve healthcare quality by providing up-to-date patient information, clinical decision support, and care coordination between providers. However, some doctors may face challenges fully utilizing EMR capabilities and may require extra time to learn new systems.
Patients Medical Records - Paper Based vs Electronic Medical Records (EMR)SoftClinic Software
How do you manage & store your patient's medical records? In this Slideshare, you can understand, what is the best way for patients' records management: Paper Based or Electronic Medical Records (EMR).
The document discusses the topic of e-health and its importance in the 21st century healthcare system. It provides definitions of e-health from different organizations and outlines some of the key benefits it provides, including improving efficiency, quality of care, and empowering patients. It also discusses challenges facing healthcare systems like an aging population and the role e-health can play in addressing issues like patient safety and independent living for those with chronic illnesses.
Telemedicine provides healthcare services through electronic communication technologies when participants are separated by distance. It has evolved from point-to-point systems within hospitals to multi-point systems connecting multiple patients and doctors across different locations. Store-and-forward and interactive videoconferencing are two main delivery models. Telemedicine advantages include improved access to remote areas, reduced transportation costs, home monitoring, and access to specialist expertise. However, barriers include perspectives of medical practitioners, patient unfamiliarity, high costs, lack of basic infrastructure, literacy and language issues, and the need for more advanced technologies and quality standards. The Indian government has initiated telemedicine programs through community service centers to provide rural healthcare access.
Clinical Information Systems, Hospital Information Systems & Electronic Healt...Nawanan Theera-Ampornpunt
This document discusses clinical information systems (CIS), hospital information systems (HIS), and electronic health records (EHRs). It defines these terms and explains how they are used in hospitals to support various clinical and administrative functions. Key points include: CIS/HIS are used to manage patient data across departments; they integrate applications like electronic health records, laboratory information systems, pharmacy systems and more. EHRs allow longitudinal documentation of a patient's medical history and care. The use of these systems provides benefits like ubiquitous access to records, clinical decision support, and improved quality of care through functions like computerized physician order entry.
EHR Implementation project: Addressing problems with the current EHR system in Star Health and proferring Hypothetic solutions.
Case study of YNHHS EHR implementation strategy.
Utilization management is the evaluation of health care services, procedures, and facilities to determine their medical necessity, appropriateness, and efficiency according to established guidelines and health plan provisions. It aims to ensure effective and efficient use of health care resources and delivery of high quality, medically necessary care. Utilization management techniques include prospective review, concurrent review, retrospective review, and pre-certification of services. It utilizes clinical guidelines like McKesson's InterQual Criteria and Milliman Care Guidelines to standardize decision making. The goals of utilization management are to improve health outcomes, reduce over- and under-utilization of services, and lower health care costs.
Total quality management in healthcare organisationspoonam chaudhary
This document provides an overview of total quality management (TQM) in healthcare organizations. It discusses that TQM is a customer-centered and employee-driven approach to continuous improvement of processes to ensure high quality products and services. The document traces the history and development of quality control, quality assurance, and TQM in healthcare. It describes the key principles of TQM, including getting processes right the first time, listening to customers and employees, continuous improvement, and building teamwork. The document also outlines several tools that are commonly used for quality improvement in healthcare organizations under a TQM model such as flow charts, histograms, control charts, and cause analysis diagrams.
An electronic health record (EHR) is a digital version of a patient's paper medical chart. An EHR contains the patient's medical history, diagnoses, medications, allergies, immunizations, lab tests, exams, photos, and more. EHRs allow authorized healthcare providers to securely access a patient's information electronically. This improves care coordination and makes health information instantly available across different healthcare organizations. EHR adoption among US doctors has increased in recent years due to federal incentives that aim to improve patient care through "Meaningful Use" of certified EHR systems.
This document discusses information technology (IT) implementation in healthcare. It describes how IT is used to store, retrieve, and transmit health information electronically. Key applications of health IT include electronic medical records, computerized provider order entry, clinical decision support systems, and picture archiving systems. The document also outlines various technologies used in health IT like barcoding, radio-frequency identification, and automated dispensing machines that help improve patient care and safety.
The document summarizes a public art project called "City of Lives" that took place in Cape Town, South Africa. 100 graphic design students created temporary art installations along a walking route called the City Walk over two weeks. The goal was to surface stories of urban residents and create connections between community members through lighter, quicker, cheaper art interventions. The project culminated with each student designing their own personal artwork to showcase the variety and innovation of their designs. Overall, the project aimed to recognize city streets as places filled with interesting people and stories.
The document discusses key factors for successful health information exchange (HIE), including stakeholder engagement, appropriate governance models, clearly defined purpose and vision translated into a mission statement, starting small by exchanging a limited scope of information, and adopting interoperability standards. It also emphasizes the importance of audit and security, privacy protections like opt-out consent models, and leveraging existing infrastructure.
- Lawrence Weed first described the concept of electronic medical records in the 1960s as a way to automate and organize patient records to improve care. Early systems like POMR were developed in the 1970s and refined in later decades.
- Today, most medical practices use electronic systems to record patient information like medical history, medications, test results, and billing data. Adoption has increased but fewer than half of physicians fully utilize digital records.
- Benefits include increased efficiency, reduced errors, better access to information, and potential financial incentives. Challenges include costs of implementation and use, user resistance, and privacy concerns over confidential patient data.
The document discusses health information exchange (HIE), defining it as a platform that facilitates the exchange of healthcare information among various stakeholders commercially and non-commercially. It identifies the key stakeholders as healthcare seekers, providers, pharmaceutical companies, pharmacies/chemists, insurers, government agencies, NGOs, and institutes. The document outlines the interactions and value propositions of HIE for each stakeholder, such as improved care quality, access to new markets, increased sales and membership, and better health outcomes.
This document discusses quality management and quality assurance in healthcare. It defines quality as meeting or exceeding customer expectations and being free from defects. Quality management has four main components: quality planning, quality assurance, quality control, and quality improvement. Quality assurance aims to prevent mistakes and defects by ensuring quality requirements are fulfilled. It discusses Donabedian and PDCA models of quality assurance. The document also outlines various approaches to quality assurance programs including credentialing, licensure, accreditation, and certification.
Electronic Health Record System and Its Key Benefits to Healthcare IndustryCalance
This case study discusses how Electronic Health Record can turn out to be a solution to the problems associated with paper based clinical records. It’s a future-proof solution decreasing chances of error and loss while increasing patient-provider communication. Find out the key challenges faced by US health industry, key benefits of EHRs, and how Calance can help developing an HER solution. For more info about Calance, visit http://www.calanceus.com
The document discusses healthcare information technology and its evolution. It defines common terms like EMR, EHR, HIS, HL7, DICOM and PACS. It states that computerized physician order entry (CPOE) can significantly reduce medication errors and preventable adverse drug events. The hospital information system (HIS) is described as an integrated system that manages administrative, financial and clinical data across different departments. Several standards organizations are working to develop standards for interoperability between different health IT tools and electronic medical records.
The document discusses an electronic health record (EHR) system that aims to provide a comprehensive lifetime medical record for patients. It describes the key components of an EHR including demographics, medical history, examinations, investigations, diagnoses, treatments, and the ability to view trends over time. The EHR aims to store data in a structured way for analysis while maintaining usability.
Joint Commission International provides accreditation services to improve safety and quality of care internationally. It has accredited over 236 organizations in 35 countries. Accreditation involves evaluating organizations against established standards to ensure structures and processes are in place to deliver good patient outcomes and continuous quality improvement. Evidence shows accreditation reduces risks to patients and sets principles that are now standard in healthcare worldwide.
An electronic medical record (EMR) system allows doctors to digitally create and store patient records and health information. It enables multiple providers to securely access a patient's information electronically. EMR systems can improve healthcare quality by providing up-to-date patient information, clinical decision support, and care coordination between providers. However, some doctors may face challenges fully utilizing EMR capabilities and may require extra time to learn new systems.
Patients Medical Records - Paper Based vs Electronic Medical Records (EMR)SoftClinic Software
How do you manage & store your patient's medical records? In this Slideshare, you can understand, what is the best way for patients' records management: Paper Based or Electronic Medical Records (EMR).
The document discusses the topic of e-health and its importance in the 21st century healthcare system. It provides definitions of e-health from different organizations and outlines some of the key benefits it provides, including improving efficiency, quality of care, and empowering patients. It also discusses challenges facing healthcare systems like an aging population and the role e-health can play in addressing issues like patient safety and independent living for those with chronic illnesses.
Telemedicine provides healthcare services through electronic communication technologies when participants are separated by distance. It has evolved from point-to-point systems within hospitals to multi-point systems connecting multiple patients and doctors across different locations. Store-and-forward and interactive videoconferencing are two main delivery models. Telemedicine advantages include improved access to remote areas, reduced transportation costs, home monitoring, and access to specialist expertise. However, barriers include perspectives of medical practitioners, patient unfamiliarity, high costs, lack of basic infrastructure, literacy and language issues, and the need for more advanced technologies and quality standards. The Indian government has initiated telemedicine programs through community service centers to provide rural healthcare access.
Clinical Information Systems, Hospital Information Systems & Electronic Healt...Nawanan Theera-Ampornpunt
This document discusses clinical information systems (CIS), hospital information systems (HIS), and electronic health records (EHRs). It defines these terms and explains how they are used in hospitals to support various clinical and administrative functions. Key points include: CIS/HIS are used to manage patient data across departments; they integrate applications like electronic health records, laboratory information systems, pharmacy systems and more. EHRs allow longitudinal documentation of a patient's medical history and care. The use of these systems provides benefits like ubiquitous access to records, clinical decision support, and improved quality of care through functions like computerized physician order entry.
EHR Implementation project: Addressing problems with the current EHR system in Star Health and proferring Hypothetic solutions.
Case study of YNHHS EHR implementation strategy.
Utilization management is the evaluation of health care services, procedures, and facilities to determine their medical necessity, appropriateness, and efficiency according to established guidelines and health plan provisions. It aims to ensure effective and efficient use of health care resources and delivery of high quality, medically necessary care. Utilization management techniques include prospective review, concurrent review, retrospective review, and pre-certification of services. It utilizes clinical guidelines like McKesson's InterQual Criteria and Milliman Care Guidelines to standardize decision making. The goals of utilization management are to improve health outcomes, reduce over- and under-utilization of services, and lower health care costs.
Total quality management in healthcare organisationspoonam chaudhary
This document provides an overview of total quality management (TQM) in healthcare organizations. It discusses that TQM is a customer-centered and employee-driven approach to continuous improvement of processes to ensure high quality products and services. The document traces the history and development of quality control, quality assurance, and TQM in healthcare. It describes the key principles of TQM, including getting processes right the first time, listening to customers and employees, continuous improvement, and building teamwork. The document also outlines several tools that are commonly used for quality improvement in healthcare organizations under a TQM model such as flow charts, histograms, control charts, and cause analysis diagrams.
An electronic health record (EHR) is a digital version of a patient's paper medical chart. An EHR contains the patient's medical history, diagnoses, medications, allergies, immunizations, lab tests, exams, photos, and more. EHRs allow authorized healthcare providers to securely access a patient's information electronically. This improves care coordination and makes health information instantly available across different healthcare organizations. EHR adoption among US doctors has increased in recent years due to federal incentives that aim to improve patient care through "Meaningful Use" of certified EHR systems.
This document discusses information technology (IT) implementation in healthcare. It describes how IT is used to store, retrieve, and transmit health information electronically. Key applications of health IT include electronic medical records, computerized provider order entry, clinical decision support systems, and picture archiving systems. The document also outlines various technologies used in health IT like barcoding, radio-frequency identification, and automated dispensing machines that help improve patient care and safety.
The document summarizes a public art project called "City of Lives" that took place in Cape Town, South Africa. 100 graphic design students created temporary art installations along a walking route called the City Walk over two weeks. The goal was to surface stories of urban residents and create connections between community members through lighter, quicker, cheaper art interventions. The project culminated with each student designing their own personal artwork to showcase the variety and innovation of their designs. Overall, the project aimed to recognize city streets as places filled with interesting people and stories.
The document discusses key factors for successful health information exchange (HIE), including stakeholder engagement, appropriate governance models, clearly defined purpose and vision translated into a mission statement, starting small by exchanging a limited scope of information, and adopting interoperability standards. It also emphasizes the importance of audit and security, privacy protections like opt-out consent models, and leveraging existing infrastructure.
For more information contact: Slideshare@marcusevans.com
Presentation delivered by Joseph H. Schneider, MD, MBA, FAAP, Vice President and Chief Medical Information Officer and Medical Director, Clinical Informatics, North Texas, Baylor Scott and White Health at the marcus evans National Healthcare CMO/CMIO Summit 2015 at the Ritz-Carlton Buckhead Atlanta.
The document discusses public policy initiatives related to health information exchange in Georgia. It outlines federal programs like the HITECH Act that provide funding for health IT and meaningful use. It then describes several Georgia-specific projects and organizations working on health information exchange, including the Georgia Cancer Coalition, Central Georgia Health Exchange, Georgia Association for Primary Health Care, and Georgia Partnership for TeleHealth. It positions Atlanta and Georgia as leaders in the national health IT field.
This presentation provides a brief description of the history behind the formation of the Indiana Health Information Exchange as well as a quick summary of the services offered. This presentation is given frequently to groups interested in learning more about IHIE and is updated often.
Meaningful Use Stage 2 and Health Information Exchange (HIE)MassEHealth
Transformational intent of Meaningful Use (MU) and the increased trend toward interoperability in MU Stage 2 (MU2); MU2 objectives with an HIE component and their MU2 measures; Approaches to achieving the transitions of care; Available public health registries and their current status and submission pathway; How to find a trading partner and best practices to engaging
1) The document discusses options for trial implementations of health information exchange (HIE) in New Zealand that are aligned with national HIE standards and have the potential to engage health system vendors.
2) Three potential trial options are compared: sharing InterRAI assessments with community pharmacists, sharing hospital discharge summaries with after-hours and emergency health services, and sharing primary care summaries with after-hours and emergency health services.
3) The document seeks feedback on the options from the Ministry of Health and healthAlliance to select trial implementation options and develop project plans.
The document discusses HL7 standards and health information exchange in Thailand. It provides background on the speaker and their experience in health informatics. It outlines the needs for better information in healthcare to improve quality and reduce errors. Thailand's eHealth development has been uneven, with siloed systems and a lack of integration and interoperability. Standards are important to enable health information exchange and interoperability between different systems. HL7 standards are a key focus for enabling information exchange in Thailand going forward.
Business Intellignece for Healthcare OrganizationsSankar Annamalai
This document discusses how business intelligence (BI) can help healthcare organizations manage and interpret vast amounts of healthcare data to improve quality of patient care while reducing costs. It outlines some of the key challenges healthcare organizations face with managing healthcare data from different systems. BI solutions can integrate data from various sources and applications to provide analytics and insights that help healthcare executives make more proactive, data-driven decisions to focus on their main goal of patient care.
This document provides information on quality improvement strategies, protocols, and evidence-based healthcare. It discusses principles of designing information systems and strategies for evaluating them. It also covers quality improvement tools like the PDCA cycle and factors that help create and sustain healthcare informatics as a new field. The learning objectives are outlined on quality improvement tools, factors to create healthcare informatics, and understanding the PDCA cycle. The introduction defines quality and different approaches to defining it. Six criteria for right healthcare are also mentioned.
HEC 2016 Panel: Putting User-Generated Data in Action: Improving Interpretabi...Pei-Yun Sabrina Hsueh
Chair/Moderator: Pei-Yun Sabrina HSUEH, PhD (IBM T.J. Watson Research Center)
Panelists: XinXin ZHU, Bian YANG, Ying-Kuen CHEUNG , Thomas WETTER, and Sanjoy DEY
a IBM T.J. Watson Research Center, USA
b Norwegian University of Science and Technology, Norway
c Mailman School of Public health, Columbia University, USA
d, Department of Biomedical Informatics, University of Washington, USA
e Department of Medical Informatics, University of Heidelberg, Germany
The rise of consumer health awareness and the recent advent of personal health management tools (including mobile and health wearable devices) have contributed to another shift transforming the healthcare landscape. Despite the rise of health consumers, the impact of user-generated health data remains to be validated. In fact, many applications are hinged on the interpretability issues of this sort of data. The aim of this panel is two-fold. First, this panel aims to review the key dimensions in the interpretability, spanning from quality and reliability to information security and trust management. Secondly, since similar issues and methodologies have been proposed in different application areas ranging from clinical decision support to behavioral interventions and clinical trials, the panelists will also discuss both the success stories and the areas that fall short. The opportunities and barriers identified can then serve as guidelines or action items individuals can bring to their organizations to further improve the interpretability of user-generated data.
This document discusses how health information technology (health IT) can be used to improve the quality of care in primary care settings. It provides background on projects by the Agency for Healthcare Research and Quality (AHRQ) and others to promote the adoption of health IT. The document aims to identify health IT functionality that supports quality improvement, propose strategies ("change ideas") for implementing health IT as a tool for improvement, and identify opportunities for innovation. While health IT holds promise, simply implementing current systems will not drive improvement on its own. Success requires using health IT together with robust care models and quality improvement methods.
What eHealth strategies work and do not work, and what should be implemented to effectively meet these healthcare “transformational” imperatives?. Crawford J. eHealth week 2010 (Barcelona: CCIB Convention Centre; 2010)
1) The role of health care data analysts is evolving as the volume of available data grows exponentially. With zettabytes of data being generated, analysts must make sense of both structured and unstructured information.
2) Data analytics can provide insights to improve patient outcomes, lower costs, and enhance the health care experience. Examples show how visualizing data helps health systems better understand utilization and identify at-risk patients.
3) As incentives shift from fee-for-service to value-based models, health systems must transform to focus on population health. Advanced analytics and predictive modeling will be crucial to achieving the goals of better care, lower costs, and improved health.
Jean Marie Berthelot presentation ~ The Data EffectCityAge
This document presents a vision for using health information in Canada to improve health outcomes. It discusses how health data can be used for clinical program management, health system management, public health, and research. The vision is to optimize the collection and use of health information to support decision-making across these areas. Realizing this vision will require developing a roadmap through consultation to address issues around data collection, availability, use, and supporting infrastructure.
Presentation by Dr Aaron McKethan, who's running the Beacon Communities project at ONC. This was the presentation he gave to the Health 2.0 Community in the webinar on July 21
The document summarizes presentations from a health IT seminar in North Carolina. It discusses the NC strategy for health IT which aims to improve healthcare quality and outcomes through better use of technology. It also discusses using telehealth for rehabilitation and the CCNC informatics center which uses data to help manage patient populations. Finally, it discusses NCB Prepared which focuses on using analytics for early detection of biological hazards. Key themes included using data and technology to improve patient care, population health, and public health surveillance.
Assessment 2
Quality Improvement Proposal
Overview:
Write a quality improvement proposal, 5–7 pages in length, that provides your recommendations for expanding a hospital's HIT to include quality metrics that will help the organization qualify as an accountable care organization.
Health care has undergone a transformation since the release of the Institute of Medicine's 2000 report
To Err Is Human: Building a Safer Health System.
The report highlighted medical errors as a contributing factor leading to poor patient outcomes. The Institute of Medicine challenged organizations to implement evidence-based performance improvement strategies in order to improve patient quality and safety. Multiple governmental and regulatory agencies, such as the Centers for Medicare and Medicaid Services (CMS) and the Agency for Healthcare Quality and Research (AHRQ), vowed to strengthen and improve incentives for participation, safety, quality, and efficiency in accountable care organizations (ACOs).
Health information technology (HIT) performs an essential role in improving health outcomes of individuals, the community, and populations. Health organizations, consumer advocacy groups, and regulatory committees have made a commitment to explore current and future opportunities that HIT offers to continue momentum to meet the Institute of Medicine's goal of improving safety and quality.
Understanding HIT is important to improving individual, community, and population access to health care and health information. HIT enables quick and easy access to information for both patients and providers. Accessible information has been shown to improve the patient care experience and reduce redundancies, thereby reducing health care costs.
This assessment provides an opportunity for you to make recommendations for expanding a hospital's HIT in ways that will help the hospital qualify as an ACO.
By successfully completing this assessment, you will demonstrate your proficiency in the following course competencies and assessment criteria:
Competency 2: Explain the relationship between care coordination and evidence-based data.
Recommend ways to expand an organization's HIT to include quality metrics.
Identify potential problems that can arise with data gathering systems and outputs.
Competency 3: Use health information technology to guide care coordination and organizational practice.
Describe the main focus of information gathering in health care and how it contributes to guiding the development of organizational practice.
Competency 4: Communicate effectively with diverse audiences, in an appropriate form and style, consistent with applicable organizational, professional, and scholarly standards.
Write clearly and concisely, using correct grammar and mechanics.
Support main points, claims, and conclusions with relevant and credible evidence, correctly formatting citations and references using APA style.
Reference
.
Presentation “Harnessing EHRs and Health IT to Achieve Population Health”
Jonathan Weiner, DrPH
Professor Department of Health Policy and Management
Director of Center for Population Health IT
Johns Hopkins Bloomberg School of Public Health, Baltimore Maryland
Professor Weiner’s presentation will focus on how electronic health records and other e-health tools can be harnessed to move beyond providing medical care for a single patient episode towards the achievement of “population health.” This provocative presentation will offer new conceptual paradigms and will review “big data” opportunities and challenges. The emphasis of the talk will be on how population focused care transformation can be brought about through the integration and application of e-health/EHR systems and claims/MIS systems. The talk will offer examples of analytic tools and methods designed to increase the effectiveness, efficiency and equity of care provided at a geographic community level and to “populations” of consumers enrolled in health plans, ACOs and other integrated delivery systems.
Key goals of presentation:
∙ To offer frameworks and paradigms to better understand how EHRs and other HIT can improve population health
∙ To outline opportunities and challenges for communities, ACOs and other integrated delivery systems
∙ To offer some case studies on the application of health IT to population health
The document discusses the importance of program management and strategic change management for eHealth initiatives. It notes that eHealth programs involve many interconnected projects that impact stakeholders. To succeed, an eHealth program management office should focus not just on project management, but also on governance, standards, architecture, change management and benefit realization. Managing stakeholders and helping them understand the benefits are also key to gaining support and adoption of eHealth programs.
IT trends in the US healthcare sector are driven by incentives to cut costs while improving care integration. Spending on healthcare IT is projected to grow from $54 billion in 2010 to $80 billion in 2017. Emerging technologies like mobile health, bring your own device (BYOD), big data analytics, and interoperable electronic health records aim to enhance care delivery and lower costs. Adoption of standards like ICD-10, HL7, and meaningful use incentives also promote IT-enabled transformation across providers, payers, and life sciences organizations.
MAFP Quality Reporting for Cash-CMS Incentives and Your Bottom Linelearfieldinteraction
This document discusses quality reporting incentives from CMS and their impact on physician practices. It outlines the requirements and incentives for three separate CMS programs - Meaningful Use, PQRS, and e-Prescribing. Participation in these programs can provide incentives, but failure to participate may result in payment penalties beginning in 2015. The document provides an overview of each program's objectives, measures, and reporting options to help physicians incorporate quality reporting into their practices.
Analytics-Driven Healthcare: Improving Care, Compliance and CostCognizant
In the face of skyrocketing costs, the healthcare industry is addressing inefficiencies by improving data sharing and collaboration across the industry value chain and applying analytics to improve operations and patient outcomes.
What Lies Ahead for ONC: Meaningful Use and BeyondBrian Ahier
1) The document discusses recent trends in health IT policy and implementation including Meaningful Use and regional extension centers.
2) It outlines upcoming payment reforms like accountable care organizations and bundled payments that will further incentivize health IT innovation.
3) The document proposes next steps for advancing health IT through the proposed Stage 2 of Meaningful Use regulations to promote improved health outcomes, care coordination, and patient engagement through 2015.
Intorduction to Health information system presentationAkumengwa
This document outlines the importance and components of a health information system (HIS). It defines an HIS as an information processing and storage subsystem of a healthcare organization. The importance of an HIS is that it produces information needed by various stakeholders to better manage health programs and services, detect health problems, and monitor progress towards health goals. The key components of an HIS include inputs like resources, processes like data collection and management, and outputs like information products and dissemination. The document also discusses assessing an HIS using the Health Metrics Network tool and provides an example assessment of Cameroon's HIS.
This document discusses the concept of participatory health and the role of mobile technologies, known as mHealth. It argues that mHealth will transform healthcare by enabling active participation of patients, providers, and other stakeholders through technologies like mobile phones. This will allow things like continuous communication between visits, accessing health information and decision support at the point of care, remote monitoring for disease management, and financial applications like real-time billing. However, challenges like interoperability and standards must be addressed. The document advocates for providers to prepare for this change by developing mHealth strategies and balancing new technologies with workflow impacts. Overall, mHealth is presented as a way to improve outcomes while reducing costs through more participatory and connected care.
Harnessing Population Health Management to Promote Quality Improvement in Hea...Queena Deschene, RCFE
- Population health management focuses on keeping populations healthy and managing the health of those with chronic conditions through risk stratification, care coordination, and patient engagement.
- Advances in mobile technology, analytics, and cognitive computing like IBM's Watson are enabling more proactive, personalized, and predictive care that is centered around the individual patient.
- As payment models shift from fee-for-service to value-based care, and consumers take a more active role in their health, organizations need to harness data and analytics to improve outcomes and lower costs through population health management approaches.
This document provides an introduction to data and analytics for startups. It discusses predictive modeling, data visualization, cohort analysis using tools like Kissmetrics and Mixpanel. It also covers customer value, tips for data including focusing on important outcomes and not torturing the data. Recommendations are given for creating a data driven culture through regular reporting, dashboards, and including data in decision making. Resources for further learning include books, conferences, and online courses.
Patient engagement can be improved through the use of information technology like MyChart and home monitoring devices. These tools allow patients to upload health data like vitals from home to their electronic health record for their doctor to review. Physicians can then better monitor patients between office visits and patients have more access to their health information to stay informed and engaged in their care.
1) The document discusses the increasing distance between data generation through electronic health records and knowledge generation in biomedicine. Regulatory, technical, and cultural barriers have artificially partitioned access to clinical data for knowledge generation purposes.
2) It proposes creating a "learning healthcare system" using a systems approach to leverage various data sources and reduce the barriers between data and knowledge. Strategies include eliminating boundaries, semantic integration, and addressing technical, regulatory and cultural challenges.
3) The goal is to learn from every patient encounter to improve individual and community care through applications of healthcare IT, biomedical informatics, and cultural harmonization between these fields.
Recent Development in Pharmacogenomics
The summary discusses recent developments in pharmacogenomics including:
1) Recent drug label updates have incorporated genetic information to refine dosing for several drugs including warfarin, abacavir, and tetrabenazine based on CYP enzyme activity.
2) New targeted cancer therapies like crizotinib and vemurafenib have been approved for cancers with specific genetic mutations and require genetic testing to identify responders.
3) Research trends include large genome-wide association studies to identify genetic factors for diseases and drug responses while the FDA has released new guidances on pharmacogenomics.
PwC is a global professional services firm that provides audit, tax, and consulting services. It has established a Personalized Medicine practice to help clients address key healthcare trends and advance personalized healthcare. PwC has worked on various personalized medicine initiatives including establishing research institutes and facilitating strategic partnerships between organizations. Information technology and diagnostics will be important foundations supporting the development of personalized medicine.
The document discusses the need for personalized health solutions to address rising healthcare costs due to an aging global population with increasing rates of chronic diseases. It argues that personalized health, which uses precise tools and technologies to measure an individual's unique characteristics, can enhance health outcomes. The document outlines several areas of focus for personalized health innovations including clinical medicine, diagnostics, drug development, and condition-specific nutritional needs.
This document discusses integrating proteomic biomarkers into personalized drug dosing of erythropoietin (EPO) for treating anemia. It reviews the rise of EPO therapy and emerging safety concerns that led to lowered dosing guidelines. Proteomic analysis identified serum biomarkers that distinguish EPO resistant from sensitive patients. A model predictive control tool was developed to personalize EPO dosing based on these biomarkers, achieving superior results to standard protocols. The combination of biomarkers and intelligent dosing control shows promise for guiding individualized EPO treatment.
This document summarizes the evolution of Ohio State University's "Your Plan for Health" (YP4H) program, which aims to control rising healthcare costs while improving faculty and staff wellness. Key points include: YP4H has helped reduce annual cost trends and avoid over $3 million in costs from 2006-2009 through risk identification programs. However, an aging workforce and rise in chronic conditions presents ongoing challenges. YP4H 2.0 seeks to engage more individuals through personalized and predictive approaches aligned with the university's culture of wellness. Future strategies include high-performance plan designs, integrated care delivery between providers and plans, and continued focus on population health management.
The document discusses how access to information is crucial for creating value in healthcare. It provides examples of how social media and online communities allow patients to access vital health information and connect with others, such as a woman who was diagnosed with kidney cancer and found treatment information through Twitter. The document also notes that a majority of U.S. adults now look for health information online, representing a significant demographic shift, and that genuine value can arise from people without medical training through web platforms that facilitate information sharing.
The document discusses Web 2.0 and social networks. Tim O'Reilly states that Web 2.0 harnesses the intelligence of users. Charlene Li compares social networks to air, implying they will become ubiquitous. The document focuses on how Web 2.0 utilizes user participation and how social networks are growing increasingly prevalent.
This document discusses Moffitt Cancer Center's Total Cancer Care program which aims to transform cancer care through a personalized approach. It involves collecting extensive clinical, molecular, and biospecimen data from patients over their lifetime to power research. The goals are to improve outcomes through early detection, personalized treatment, and clinical trials matching. Moffitt has established an extensive biorepository and informatics platform to integrate data from over 78,000 consented patients to enable precision oncology research.
The document summarizes research on microRNA dysregulation in cancer. It discusses how certain microRNAs are commonly deleted or mutated in cancers like chronic lymphocytic leukemia (CLL). MicroRNA expression signatures can be used to classify cancer patients and predict disease progression. Experiments show that microRNAs like miR-15a and miR-16-1 are inversely correlated with genes involved in cell proliferation and apoptosis. Restoring expression of these microRNAs suppresses tumor growth in mouse models.
Three loci were found to have genome-wide significant association with LDL-C reduction from rosuvastatin treatment: ABCG2, LPA, and APOE. An additional locus, PCSK9, was associated with baseline LDL-C levels. Variants in these four loci explained 2.8-6.7% of the variance in LDL-C response. A sub-genome-wide significant association was found for IDOL, involved in LDL receptor regulation. Additional analysis supported roles for SLCO1B1 and LDLR variants. A genetic risk score revealed dependence of LDL-C response on genetics but explained only a small proportion of variance. No interaction effects were observed.
This document discusses new approaches to monitoring heart failure patients using implantable sensors to continuously measure pulmonary artery or left atrial pressures.
It describes a clinical trial that found implanting a pulmonary artery pressure sensor and using the pressure readings to guide medication adjustments significantly reduced heart failure hospitalizations compared to usual care.
A separate study implanted a left atrial pressure sensor and developed an algorithm to guide diuretic dosing based on pressure levels. Initial results found the sensor remained calibrated over time and the system was able to control left atrial pressures.
The document discusses the need for personalized health care as the key to meaningful health care reform. It outlines how medicine has progressed from focusing on single factors to understanding disease as complex with multiple interacting factors. Personalized health care involves using tools like genomics, biomarkers and clinical risk models to quantify individual health risks, monitor disease progression, select targeted therapies, and create personalized health plans and treatment timelines. The document provides an example of how this approach could be used to create a personalized cancer care plan.
The document discusses the case for personalized medicine and its benefits. It argues that personalized medicine can shift the focus to prevention, enable the selection of optimal therapies, make drugs safer by avoiding adverse reactions, improve quality of life, and help control overall healthcare costs. It also notes that major drugs are ineffective for many patients, wasting billions of dollars each year. The Personalized Medicine Coalition works to promote personalized medicine concepts to benefit patients and the healthcare system.
This document describes the "Learn from Every Patient" (LFEP) program at Nationwide Children's Hospital, which aims to fully integrate clinical care and research. The LFEP program collects standardized clinical and research data in the electronic medical record during patient visits. This data is then extracted to a data mart where it can be analyzed to systematically improve care and advance research. While implementation of the LFEP program requires significant changes, it offers opportunities to improve patient outcomes through evidence-based care and gain a competitive advantage for organizations that can successfully integrate clinical and research activities.
- The document discusses the Total Cancer Care (TCC) approach at Moffitt Cancer Center, which aims to provide personalized cancer care through comprehensive data collection and analysis.
- TCC collects extensive clinical, genomic, treatment and outcomes data from over 78,000 consented patients to power research studies and clinical trials matching. Molecular profiling has been conducted on over 14,000 tumor samples.
- The TCC data is housed in a large integrated database and used by researchers for studies in areas like radiochemotherapy response, exome sequencing, immunology biomarkers, and cancer epidemiology.
- The database also helps clinicians identify eligible patients for clinical trials and develop evidence-based treatment pathways. The goal is to transform cancer
Patient engagement can be improved through the use of information technology like MyChart and home monitoring devices. These tools allow patients to upload health data like vitals from home to their electronic health records for their doctors to review. Physicians can then better monitor patients between office visits and patients have more access to their health information to stay informed and engaged in their care.
share - Lions, tigers, AI and health misinformation, oh my!.pptxTina Purnat
• Pitfalls and pivots needed to use AI effectively in public health
• Evidence-based strategies to address health misinformation effectively
• Building trust with communities online and offline
• Equipping health professionals to address questions, concerns and health misinformation
• Assessing risk and mitigating harm from adverse health narratives in communities, health workforce and health system
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.
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.
8 Surprising Reasons To Meditate 40 Minutes A Day That Can Change Your Life.pptxHolistified Wellness
We’re talking about Vedic Meditation, a form of meditation that has been around for at least 5,000 years. Back then, the people who lived in the Indus Valley, now known as India and Pakistan, practised meditation as a fundamental part of daily life. This knowledge that has given us yoga and Ayurveda, was known as Veda, hence the name Vedic. And though there are some written records, the practice has been passed down verbally from generation to generation.
Basavarajeeyam is an important text for ayurvedic physician belonging to andhra pradehs. It is a popular compendium in various parts of our country as well as in andhra pradesh. The content of the text was presented in sanskrit and telugu language (Bilingual). One of the most famous book in ayurvedic pharmaceutics and therapeutics. This book contains 25 chapters called as prakaranas. Many rasaoushadis were explained, pioneer of dhatu druti, nadi pareeksha, mutra pareeksha etc. Belongs to the period of 15-16 century. New diseases like upadamsha, phiranga rogas are explained.
2. Agenda
g
1.
1 Uniting the Tribes of Health System Improvement
2. HITECH Status Report
3. Uniting the Tribes in 17 US Markets: The Beacon
Communities
4. Health IT as Infrastructure for Accountability
2
3. Agenda
g
1.
1 Uniting the Tribes of Health System Improvement
2. HITECH Status Report
3. Uniting the Tribes in 17 US Markets: The Beacon
Communities
4. Health IT as Infrastructure for Accountability
3
6. Tribe 1: The Quality Improvement Crusaders
y p
APPROACH: Scientific evaluation methods and management
techniques to achieve better patient outcomes
Data analysis and performance measurement
- Provider feedback processes evidence informed guidelines
Provider feedback processes, evidence‐informed guidelines
Management techniques
- L
Lean manufacturing, continuous quality improvement
f t i ti lit i t
Learning and “best practices”
- e.g., avoiding complications in the ICU, reducing hospital
d l h d h l
readmissions, improving care transitions, reducing infection and
surgical‐complication rates, etc.
6
7. Tribe 2: The Payment Reformers
y
APPROACH: Alternatives to volume‐based payments to support
systematic improvements in care and opportunities for slower spending
growth
Performance Incentives
- P4P, high‐performance networks, never events
Payments promoting provider alignment and care coordination
- ACOs, medical homes, bundled payments, readmission penalties
7
8. Tribe 3: The Consumer Energizers
g
APPROACH: Information and appropriate incentives to help consumers
improve their own health, save money, and achieve better outcomes
Value‐based insurance design
- Red ced copa s for effecti e treatments incenti es for seeking
Reduced copays for effective treatments, incentives for seeking
care from high‐performance providers/networks
Consumer directed health plans
- HSAs and high deductable health plans
Consumer information to support health decision making
C i f ti t t h lth d i i ki
- Shared decision making/informed patient choice, “motivational
technologies” to support behavior modification
Transparency of cost and quality information
8
9. Tribe 4: The Health IT Champions (aka, Wireheads)
p
APPROACH: Electronic infrastructure to support administrative
simplification, error avoidance, cost containment and improved outcomes
Electronic health record adoption and information exchange
- Standards and interoperabilit pri ac & sec rit MU incenti es
Standards and interoperability, privacy & security, MU incentives
Tools to support clinicians in delivering high value care
- Cli i l d i i
Clinical decision support, performance feedback, ePrescribing
f f db k P ibi
Tools to support consumers in receiving high value care
- Personal health records, mHealth applications, eVisits
Tools to support purchasers in rewarding high value care
- Data aggregation and performance measurement
9
10. Tribal Approaches to Health System Reform
pp y
Quality improvement activities are often unsustainable due to
volume‐based payment methods
volume based payment methods
Payment reforms are ineffective if unaccompanied by changes in
provider practices and consumer behavior
Uncoordinated care subjects even highly engaged and informed
p
patients to fragmented care
g
Higher spending on technology with uncertain benefits is
worrisome
Yet…tribal approaches to health system reform are ubiquitous
10
11. Segmentary Lineage and Health System Reform
g y g y
In his 1940 book about the Nuer people in
southern Sudan, British anthropologist E. E.
Evans‐Pritchard coined the term “segmentary
lineage” to describe how members of a society live
in a web of nested identities or tribes.
At any given time, individuals are members of
several groups in a hierarchy, from the local or
proximal (eg, my street, my neighborhood) to
proximal (eg my street my neighborhood) to
larger groups (eg, my region, my country).
The most meaningful group affiliation at any
given time depends on the scale and nature of
external threats or conflicts.
11
12. The Scale and Nature of External Threats to Health Care
*Insert obligatory slides on spending trends, regional variation, per
capita costs relative to other industrialized nations, etc.
capita costs relative to other industrialized nations etc
*Insert obligatory slides on McGlynn study, IOM reports, AHRQ
annual quality report, etc.
*Mention growing dissatisfaction with health care, for example…
Majority of Americans Give Quality of Health Care a C, D or F. US News
& World Report; April 14, 2011.
New Survey: 72 Percent in U.S. Think Health System Needs Major
New Survey: 72 Percent in U S Think Health System Needs Major
Overhaul. The Commonwealth Fund; April 15, 2011.
12
14. Agenda
g
1.
1 Uniting the Tribes of Health System Improvement
2. HITECH Status Report
3. Uniting the Tribes in 17 US Markets: The Beacon
Communities
4. Health IT as Infrastructure for Accountability
14
15. The HITECH Framework: Meaningful Use at
its Core
it C
Regional Extension Centers
ADOPTION
Workforce Training Improved Individual
& Population Health
Outcomes
Medicare & Medicaid MEANINGFUL USE Increased
Incentives and Penalties Transparency
& Efficienc
Efficiency
State HIE Program Improved
Ability to Study &
y y
Standards & Certification
St d d & C tifi ti EXCHANGE
Improve Care Delivery
Privacy & Security
Health IT Practice Research
15
17. Meaningful Use Survey Findings
g y g
Percent of Non‐Federal Acute Care Percent of Office‐Based Physician
Hospitals Planning to apply for CMS’ Practices Planning to apply for CMS’
EHR Incentive Programs
EHR I ti P EHR Incentive Programs
EHR I ti P
90 90
81%
80 80
70 70
60 60
50 50
41%
40 40
30 Planning in 30 Planning in
Subsequent Subsequent
20 Year
Y 20 Year
Y
Planning in Planning in
10 2011 or 2012 10 2011 or 2012
Application Application
0 0
US H
Hospitals
it l Physician Practices
Ph i i P ti
17
Source: American Hospital Association Information Technology Survey, 2010; National Center for Health Statistics, National
Ambulatory Medical Center Survey, 2010.
17
18. ONC Programs
g
Technical $693 million
Assistance
– 62 Regional Extension Centers
Workforce
$118 million
Training – 84 Community Colleges training new
health IT support personnel
State Health
Information
$564 million
Exchange – 56 grants to states and territories
HITECH laws and policy development
Interoperability
gy
Technology standards and certification
18
18
19. ONC Program Results to Date
g
Technical 57,716 providers enrolled with the
Assistance Regional Extension Centers
Workforce 3,600 graduating this spring
Training
State Health
Information
46 state plans approved
Exchange
449 certified EHR products on the market
Interoperability conforming to standards
19
20. State Health Information Exchange Program
g g
Goal: Ensure that every provider has at least one option for
meeting health information exchange requirements of
meaningful use
Four year program, 56 states and territories were awarded
$548 Million awarded in total funding for HIE planning and
implementation
States need an ONC approved State Plan before federal
St t d ONC d St t Pl b f f d l
funding can be used for implementation –46 have been
approved
Multiple approaches are being pursued, many oriented around
core services and gap‐filling
20
21. State Health Information Exchange Challenge Grants
g g
10 Awards ($16 million) for Breakthroughs in Key Areas
– Reducing preventable hospital admissions (NC)
p g g , , ,
– Improving long‐term care transitions (CO, MA, OK, MD)
– Consumer‐mediated exchange (IN, GA)
– Meta‐data approaches to granular data sharing (IN)
– Di ib d
Distributed query for population health (MA, MT)
f l i h l h (MA MT)
21
23. Health Information Exchange (The Verb)
g
Document/Message Security and Trust
Directories and Certificates
Standards relationships
Vocabulary Standards Delivery Protocols
23
24. Capabilities for Nationwide Health Information Exchange
p g
– Secure transport
p
– Content standards
– Computable consent
– Patient matching
–R
Record locator service
d l t i
– De‐identification
– Distributed query
– Meta data
24
25. Emerging Direct Ecosystem
» 50+ vendors have committed to roll‐out Direct‐enabled functionality,
and ~20 states include Direct in their approved State HIE plans*
EHRs HIEs & HIOs States
4Medica Med3000 AAFP MedAllies Alabama
Aprima MEDgle Ability MedCommons California
Allscripts NextGen Akira Technologies MEDfx Florida
Care360 OpenEMR ApeniMed Medicity Illinois
Cerner Polaris Atlas Development MedPlus Iowa
eClinicalWorks RelayHealth Axolotl Mirth Kentucky
e‐MDs Sage Healthcare CareEvolution MobileMD Minnesota
Epic Siemens Covisint National Health Svcs Missouri
GE Healthcare Sunquest Garden State Health NetDirector Montana
Greenway WorldVistA Systems Inc. Orion Health New Hampshire
GSI Health ProviderDirect New Jersey
Harris RedwoodMedNet North Carolina
HINSTx
HINST Secure Exchange
S E h Ohio
Ohi
PHRs Ingenix Solutions Oregon
Inpriva Surescripts Rhode Island
Dossia IVANS Techsant Technologies South Carolina
Microsoft HealthVault Kryptiq Corporation
yp q p Thomson Reuters Texas
NoMoreClipboard.com Lifepoint Informatics Verizon Vermont
RelayHealth max.md Wellogic West Virginia
Wisconsin
* Source: http://directproject.org/content.php?key=getstarted&sub=vendorsupport (as of April 2, 2011) 25
26. Security & Interoperability Framework
y p y
Promote a sustainable ecosystem that drives increasing
interoperability and standards adoption
Create a collaborative, coordinated, incremental standards
process that is led by the industry in solving real world
problems
Leverage “government as a platform” – provide tools,
coordination, and harmonization that will support interested
parties as they develop solutions to interoperability and
standards adoption.
26
28. Security & Interoperability Framework Stakeholders
y p y
Call for Participation: The overall success of the S&I
Framework is dependent upon volunteer experts from the
healthcare industry and we welcome any interested party to
get involved in S&I Framework Initiatives, participate in
discussions and provide comments and feedback by joining the
Wiki.
For more information on how to get started as a volunteer
please visit:
http://jira.siframework.org/wiki/display/SIF/Getting+Started+a
http://jira siframework org/wiki/display/SIF/Getting+Started+a
s+a+Volunteer
28
29. Agenda
g
1.
1 Uniting the Tribes of Health System Improvement
2. HITECH Status Report
3. Uniting the Tribes in 17 US Markets: The Beacon
Communities
4. Health IT as Infrastructure for Accountability
29
32. Beacon Communities
•Governance
•Subsequent
•IT & •First wave of
measurement interventions 2012 & waves of
2010 infrastructure
i f t t 2011 •Innovation
interventions
•Interventions networks 2013 •Dissemination of
lessons learned
logic models
In 2011, Beacon interventions will “engage” ~5,000 providers and “touch”
approximately 600K individuals around specific health improvement
aims:
• 9 Beacon Communities’ work includes improving care transitions (e.g.,
k l d
process improvements and information flow at hospital discharge).
• 10 Beacon Communities’ work focuses on the use of IT tools and process
improvements (e.g., CDS) to improve performance of physician practices.
improvements (e g CDS) to improve performance of physician practices
All Beacons submit cost/quality/health data on their performance quarterly.
Starting in May 2011, CMS will supply provider‐level reports from Medicare.
32
33. Examples from Beacon Communities
p
Central Indiana spreading admin/clinical measurement and P4P
model from 9 to 42 counties
Grand Junction Colorado redesiging primary care with strong HIE
and measurement
Tulsa spreading Doc‐t0‐Doc electronic specialty referral system and
deploying Archimedes provider and region‐level CDS/predictive
modelingg
33
34. Examples from Beacon Communities
p
North Carolina deploying Asthmapolis to support pediatric asthma
improvement
San Diego deploying mHealth linked to immunization registry to
alert parents of young children about immunizations
Bangor, Maine using remote monitoring to help manage frail elderly
Geisinger, Intermountain & Mayo spreading tools and technologies
beyond IDS to broader community
34
35. Beacon Community 90‐Day Launch Plan
Program Goals
Community Core cost, quality, and population health
Objectives
Obj ti CO CO
improvement aims
Measured MO MO MO MO
Outcomes Well‐defined measurable improvement goals
Defining risks and barriers and establishing plans to prevent or mitigate them
Outputs O O O O O O Operational & process results of core activities
Activities A A A A A A Tasks/interventions leading to outputs
Resources R R R R R R R R R R R R Resources needed to support activities and meet
stated outcome goals
Sustainability plan outlining provider reimbursement, program
revenue, and other strategies
35
36. Geisinger (“Keystone Beacon Program”)
Summary of 1 out of 10 Beacon/Geisinger Community
Program Goals
Objectives (Logic Models)
Community Improve quality and efficiency among targeted patients with Chronic
Objectives
j CO Obstructive Pulmonary Disease (COPD) and Heart Failure (HF)
Reductions in hospital admissions, avoidable 30‐day hospital readmissions,
Measured MO MO and ED visits among target patients; increased access to/utilization of
Outcomes p
primary care services among same patients
y g p
Specific plans to prevent or mitigate implementation risks and barriers
Outputs O O O O Medication reconciliation outputs, hospital discharge counseling,
targeted case management contact, web‐based portals, others
Comprehensive HIT‐enabled care model includes care process redesign and
Activities A A A A teaming; integration across all systems of care, care protocols; performance
feedback to patients and clinicians, and reminder systems
Specific funding allotments to core activities phased in over new areas and
Resources R R R R R R R R over time; dedicated administrative, IT, and clinical teams
Sustainability plan: integration of accountable care payment model aligned
S t i bilit l i t ti f t bl t d l li d
with health IT‐enabled performance improvement goals
36
37. Keystone Beacon Community
Lead Geisinger Clinic
Service Area Central Pennsylvania
Population Total patient population in catchment area: 256,203 Total # of target providers: 16 practices, 3 hospitals
Total target patient population: 51,000
Select •Improve the management and outcomes for patients with COPD and CHF
Performance
P f •Ex: 90% of t
E f target patients on ACEi or ARB, 100% with follow up <7 days post discharge
t ti t ARB ith f ll 7d t di h
Improvement •Increased patient engagement
Goals •Improve medication reconciliation
•Reduce all cause hospitalizations, 30-day readmissions, and preventable ED visits for patients with CHF,
COPD, and within 30 days of surgery
•Improve influenza vaccination rates to 100% for patients with CHF and COPD
Select Hospital-Based Care Managers
Interventions •Identify high-risk patients with CHF, COPD, and other chronic disease to facilitate smooth transfers to
either home or a long-term care facility using the Provenhealth Navigator System (4 CM to start)
Care Managers in Ambulatory Physician Practices
•Facilitate medication management and action plans for patients with COPD and CHF (3 CM to start)
•Teach self-management action plans including nutrition and daily weights;
•EHR-enabled exacerbation protocols for CHF and COPD management
Remote Care Managers
•Centralized call center for 3 CM who will provide telephonic management for 4 weeks post discharge.
Patient Portals, PHRs, and Patient Engagement
at e t o ta s, s, a d at e t gage e t
•Patient portals, secure messaging, and self management tools interoperable with the EHRs facilitate
patient engagement and patient-provider communication
Computerized Clinical Decisions Support Tools
•Alerts identify candidates for influenza vaccine, trigger guideline based care, and notify providers via
HIE connection of patient hospitalizations/ED visits
Other Notable The Beacon Community considers patient engagement, satisfaction, and perceived quality of life as important
Characteristics measures.
The Beacon Community has active engagement of long-term care facilities.
38. Five Domains of the Beacon “Learning System"
g y
Domain Focus Area
1 Establishing Beacon strategic direction; aligning Beacon
Leadership & Stewardship Community performance improvement goals with policy at the
local and national level. Communications and outreach.
2 Achieving meaningful use goals; collaborating on the testing and
HIT & Meaningful Use documentation of new technologies (e.g., clinical data repositories,
master patient indices, EHR interfaces to HIEs)
3 Learning from best practice care delivery innovations (e.g., care
g g
Clinical Transformation transitions programs, medication therapy management programs,
medical homes, remote monitoring)
4 Data & Performance Developing robust performance measurement and feedback
Measurement capabilities; testing new measures and measurement approaches
(e.g., patient‐reported outcomes measures)
5 Strategic planning and implementation activities focused on
Sustainability and
payment reforms to sustain performance improvements and
f i f i d
Payment Reform
support infrastructure developed under the Beacon Program
38
39. Greater Cincinnati Beacon Community
Lead HealthBridge
Service Area Greater Cincinnati Region
Population Total target pediatric population: 18,000 Total adult patient population in catchment: 1,530,337
Total target pediatric population in year 1: 4600 Total target adult population: 159,000
Total target providers in year 1: 123 Total target providers: 50
Select •Improve management for adult diabetes
p g
Performance •Ex: LDL < 100, BP < 130/80, A1C < 7, and aspirin use
Improvement •Reduce ED visits and 30-day readmissions for diabetes by at least 15%
Goals •Improve outcomes for pediatric asthma
•80% of population achieves symptom control, 60% for Medicaid
•Reduce pediatric asthma ED visits, school days missed, and hospitalizations by 60%
•Improve flu vaccination rates f hi h risk asthmatic patients t 80%
I fl i ti t for high i k th ti ti t to
•Improve smoking cessation among diabetic patients by at least 5% from baseline, goal 10% by 2013
Select Patient Centered Medical Home
Interventions •Model to be deployed in 20 practices, facilitate judicious and coordinated care, payment reform
Physician Data Reporting and Performance Feedback
•Diabetes Quality Institute to monitor data and enact rapid cycle change for diabetes management
Care Coordinators in Ambulatory Physician Practices
•Support asthma and diabetes management plans
•MDI coaching for asthma
•Self management coaching
Computerized Clinical Decision Support Tools
•Facilitate appropriate use of spirometry
•Alerts for ED admissions and hospitalizations for asthma exacerbation
•Screen for symptom control in asthma
•CDS in schools for referral to PCP based on symptoms
•Identify candidates for influenza vaccination (asthma, long-term care facilities)
Identify long term
Medication Therapy Management
•Medications in hand at time of hospital or ED discharge
Other Notable GE has committed to providing $1 million of in-kind resources, including equipment, software and funding to
Characteristics assist with performance measurement, public reporting and payment reform.
40. What are we learning?
g
It’s early but…
Clearly defined populations
Strong leadership & governance
Specific health care objectives
Performance measures and
feedback systems
Evidence‐based interventions
Strategies to learn from
interventions
40
41. Agenda
g
1.
1 Uniting the Tribes of Health System Improvement
2. HITECH Status Report
3. Uniting the Tribes in 17 US Markets: The Beacon
Communities
4. Health IT as Infrastructure for Accountability
41
43. Past and Emerging Models of Accountability in Provider
Payments
Performance‐based payments
- “Peanuts for process”
Peanuts for process
Bundled payments
- Prospective payment system (PPS) (1980s)
- Participating Heart Bypass Center Demonstration (“CABG”)
- Bundled or “episode” payments in new health law
Shared savings
- Physician Group Practice Demonstration (“PGP” Demo)
- Healthcare Quality Demonstration (“646” Demo)
Healthcare Quality Demonstration ( 646 Demo)
- Accountable Care Organizations in new health law
43
44. ACA Provisions Catalyzing a Shift from Fragmented Care to Coordinated Care
SUMMARY IMPLICATIONS
Patient-Centered Medical Homes (Section 3502)
Community-based, interdisciplinary inter-professional teams that Will drive improved organization of outpatient care
support primary care practices
Government to provide grants or enter into contracts with eligible Will fund care coordination and a team-based approach
entities
Accountable Care O
A t bl C Organizations (S ti
i ti (Section 3022)
Shared-savings program that encompasses primary care, Requires vertical coordination
specialist practice, and hospitals
Care processes to be redesigned for the efficient delivery of Most of the savings are likely to come from hospitals
high quality
high-quality services
Bundled Payments (Section 3025)
Pilot program Will provide incentives for care-delivery systems to reduce costs
in order to increase margins
Applicable to eight conditions selected by the Secretary of health
and human services
An ‘episode’ of care defined as the period from 3 days before
admission through 30 days after discharge
Readmissions Reduction Program (Section 3025)
g ( )
Reduces payment for readmissions Will motivate hospitals to engage with care coordinators and
organize delivery systems better
Applicable to three conditions selected by the Secretary of HHS;
to be expanded in 2014
Secretary to determine definition of ‘readmissions’
Hospital-Acquired Conditions (Section 3008)
Payments for care for hospital-acquired conditions to be Will provide hospitals an incentive to standardize protocols and
reduced starting in 2015 procedures to reduce hospital acquired conditions
45. Synergies with Proposed ACO Rule
y g p
Meaningful use as core expectation
Fifty percent of the ACO PCPs need to be meaningful users by the second year
g
of the contract
Information must follow the patient
ACOs creating data lock‐in by limiting or blocking information flow risk
ACOs creating data “lock in” by limiting or blocking information flow risk
having their agreements terminated
Quality measure alignment
Large overlap between the clinical quality measures in the EHR Incentive
Program and in the proposed ACO rule
Focus on care coordination and seamless transitions
Builds on HIE and Beacon work
Patients as full partners
Access to both medical records and evidence‐based data
A b h di l d d id b d d
45
46. Key Roles for HIT in the Era of Accountability
y y
Putting accountability in accountable care organizations
Putting coordination into medical homes
Divvying up bundled payments among providers
y g p p y gp
Tracking health care acquired infections in real time
Facilitating enrollment in health information exchanges
Facilitating enrollment in health information e changes
Creating the efficiencies that will make expanded access affordable
Accelerating data collection and reporting for population health
Facilitating secure access to consumer health information
46
47. Key Roles for HIT in the Era of Accountability
y y
EHR: HIE: CDS:
Electronically Exchanging Improved care
capturing and
p g health decisions
processing information
information about
patients and
populations
l ti
47
48. Key Roles for HIT in the Era of Accountability
y y
In addition to EHR, HIE and CDS deployment…
Data Aggregation
CDWs, Linking payer and clinical data, Distributed data models, etc
Analytics
Predictive modeling, performance measurement, assessing cost across
episodes of care, etc
p ,
48
49. Going Forward
g
Better Better Transform
a so
Technology Information Health Care
Goal V: Achieve Rapid Learning and Technological
Federal Health IT Strategic Advancement
Ad t
Plan 2011‐2015
Goal IV: Empower Individuals with Health IT to
Improve their Health and the Health Care System
Goal III: Inspire Confidence and Trust in Health IT
Goal II: Improve Care, Improve Population Health,
and Reduce Health Care Costs through the Use of
Health IT
Goal I: Achieve Adoption and Information Exchange
through Meaningful Use of Health IT
49
49
50. The Good News About Technology Adoption
gy p
WILL THE STETHOSCOPE EVER COME INTO GENERAL USE IN
CLINICAL MEDICINE?
A STRONGLY NEGATIVE VIEW EXPRESSED IN 1821
50