Health Care Information Systems: A Practical Approach for Health Care Management / Edition 3

by Karen A. Wager, Frances W. Lee, John P. Glaser

Overview

This most widely used textbook in the field has been thoroughly revised and updated to reflect changes in the health care industry and the renewed focus on health care information technology initiatives. Two new chapters cover Federal efforts to enhance quality of patient care through the use of health care information technology and strategy considerations. Additionally, reflecting the increased focus on global health, the book features an international perspective on health care information technology. Case studies of organizations experiencing management-related information system challenges have been updated and several new cases have been added. These reality-based cases are designed to stimulate discussion among students and enable them to apply concepts in the book to real-life scenarios. The book's companion Web site features lecture slides, a test bank, and other materials to enhance students' understanding.

Product Details

ISBN-13:	9781118173534
Publisher:	Wiley
Publication date:	08/12/2013
Edition description:	Older Edition
Pages:	736
Product dimensions:	7.00(w) x 9.20(h) x 1.60(d)

About the Author

KAREN A. WAGER, DBA, is Professor and Associate Dean for Student Affairs at the Medical University of South Carolina in Charleston, SC, USA. She teaches management and health information systems to graduate students.

FRANCES W. LEE, DBA, is Professor and Director of the Healthcare Simulation Center at the Medical University of South Carolina. She teaches graduate-level courses in health administration, health informatics, and health sciences.

JOHN P. GLASER, PhD, is an Executive-in-Residence at Harvard Medical School Executive Education. He was previously a Senior VP of Population Health at Cerner Corporation, Chief Executive Officer of Siemens Health Services, and Chief Information Officer at Partners HealthCare.

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Table of Contents

Tables

1.1 MIPS Value Pathways: Surgical example 10

2.1 2015 EHR certification criteria 25

2.2 2020 approved CMS accrediting organizations 31

3.1 Major types of quality measures 51

3.2 Selected 2019 Medicaid Promoting Interoperability eCQMs 53

3.3 Core metrics for health and health care progress 58

3.4 Whole System Measures 2.0: Measures to assess health system performance on the Triple Aim 59

4.1 Percent of US nonfederal acute care hospitals that often or sometimes send or receive summary of care records with sources outside their hospital system by method in 2019 68

4.2 Selected HIT SDOs 76

4.3 Singh and Sittig Sociotechnical dimensions 80

4.4 Developer and Provider processes for usability and safety across the EHR product life cycle stages 82

5.1 IT initiatives linked to organizational goals 94

5.2 Summary of the scope of outpatient care problems 99

5.3 Assessment of telehealth strategic opportunities 106

5.4 Summary of IT strategic planning 106

6.1 The foundation for successful strategic application of information technology 115

6.2 Target increases in an IT operating budget 124

7.1 Sample criteria for evaluation of RFP responses 154

9.1 Tangible and intangible IT value 190

9.2 Financial analysis of a patient accounting document imaging system (in dollars) 198

9.3 Requests (in $ thousands) for new information system projects 200

10.1 Characterization of information technology function from the Patient Engagement Framework and frequency of adoption, ordered by level of engagement 219

10.2 Reported online health record functionalities used by individuals among those who were offered and accessed their record, 2017 222

10.3 Percent of nonfederal acute care hospitals that enabled patient electronic access to health information by type of care setting, 2019 222

10.4 Models of PGHD use 228

10.5 Challenges to PGHD use and suggested solutions 228

10.6 Overview of process for implementing PGHD into clinical care 230

11.1 Example population health reports 244

12.1 HIPAA Privacy Rule public interest and benefit exceptions 265

12.2 HIPAA violation categories 268

12.3 Fines levied for HIPAA violations in 2020 269

12.4 NIST Cybersecurity Framework Profile with gap analysis 280

12.5 Health industry cybersecurity practices 282

13.1 Platform types 302

14.1 List of cases and corresponding chapters 310

A.1 IT interests of different health care organizations 347

A.2 Changes in application focus resulting from changes in the health care business model 349

A.3 Major health care IT vendors, ranked by revenue 351

B.1 Revision history 358

B.2 Issue management 363

Figures

1.1 Schematic representation of relationships among IT, HCIS, EHR, and clinical applications 4

1.2 Stages of CMS EHR incentive programs 8

1.3 Estimated EHR adoption rates by decade 11

2.1 Sample EHR information screen 18

2.2 Sample EHR problem list 18

2.3 Sample EHR progress notes 19

2.4 Sample EHR lab report 20

2.5 Sample drug alert screen 23

2.6 Sample heart failure and hypertension query screen 24

2.7 Clinical decision support system 28

3.1 Learning health systems 42

3.2 Population health contributing factors 45

3.3 Screenshot from NQF 55

3.4 Digital Quality Utility 57

4.1 Percent of US nonfederal hospitals that often or sometimes send summary of care records by method type, 2017–2019 69

4.2 Percent of US nonfederal hospitals that often or sometimes receive summary of care records by method type, 2017–2019 69

4.3 Relationships among RCE, QHINs, QHIN-participating HIEs, and the HIEs’ potential members 71

4.4 USCDI v1 summary of data classes and data elements 74

4.5 Schematic representation of C-CDA 75

4.6 HIT Quality and Safety Improvement Framework 81

4.7 Introduction of patient safety issues during development, implementation, and use of EHR systems 83

5.1 Overview of IT strategy development 100

5.2 IT Initiative Priorities 107

5.3 IT Plan Timetable and Budget 108

6.1 (repeated from Chapter 5) Overview of IT strategy development 114

6.2 Impact organizational IT competency on organizational performance 118

6.3 IT budget decision-making process 125

6.4 Example IT organization chart 128

6.5 Average IT budget as a percent of revenue 137

7.1 Systems development life cycle 145

7.2 Vendor pricing template 156

7.3 System usability scale questionnaire 158

7.4 Cost-benefit analysis 159

7.5 Example of a simple Gantt chart 161

8.1 Kotter’s Change Management Model 167

8.2 Project timeline with project phases 178

8.3 Registration workflow example 180

9.1 IT investment portfolio 205

9.2 Days in accounts receivable 206

9.3 Digital intensity versus transformation intensity 210

10.1 Patient Engagement Framework 219

10.2 Sample Menu of Information in Patient Portal 221

10.3 PGHD enabling factors 227

11.1 Job Growth of Computer and Information Research Scientists (Percent change in employment, projected 2020–2030) 238

11.2 Health care data to health care knowledge 239

11.3 Social determinants of health 242

11.4 Data warehouse technology foundation 245

11.5 Example report on hospital patient trends 245

11.6 Focus of analytics and dashboards 246

11.7 Prescriptive discharge model 247

11.8 Growth in health care data 248

12.1 2020 Percentage of Data Breaches and Breached Records by Cause (n = 293 million) 274

13.1 Technology Hype Cycle for payers 291

13.2 Increase in telehealth visits in the early days of COVID 296

13.3 Categories of artificial intelligence 299

A.1 Digital health market segments based on industry category 348

A.2 Digital health market segments based on core processes 349

A.3 Digital health funding and deal size 350

Exhibits

2.1 Excerpt from ICD-10-CM 22

2.2 ONC Data Brief Excerpts 27

2.3 Medical Record Content: Excerpt from South Carolina Standards for Licensing Hospitals and Institutional General Infirmaries 29

2.4 Medical Record Content: Excerpt from the Conditions of Participation for Hospitals 30

4.1 AMIA EHR usability recommendations 79

4.2 National Quality Forum HIT Quality and Safety Improvement Framework excerpt 82

4.3 Scenario—Basic Free-Text Allergy 86

5.1 IT initiatives necessary to support a strategic goal for a provider 104

5.2 IT initiatives necessary to support strategic goals for a health plan 104

5.3 System support of nursing documentation 105

7.1 Overview of system acquisition process 146

8.1 Key roles/responsibilities or large-scale HCIS projects in hospitals or health systems 168

8.2 Typical components of an implementation plan 178

12.1 Sample release of information form 264

12.2 Proposed HIPAA changes 271

12.3 NIST Cybersecurity Framework Core 279

Editorial Reviews

Reviewer: Katie Dejuras, RN, MSN (Northwestern Memorial Hospital)
Description: This useful reference offers a thorough overview of the history and evolution of healthcare information systems and how they are managed, as well as their purpose, functions, and key attributes. It also highlights the value of information systems and barriers to adoption in healthcare. Readers will benefit from the learning activities and case studies in each chapter, where they will be able to apply the knowledge that they have gained. This is an update of a 2005 edition.
Purpose: According to the authors, the purpose is to prepare future healthcare executives with the knowledge and skills they need to manage information systems technology effectively in this new environment. There is a need for a book like this as the demand for information systems in healthcare has increased, especially in light of legislation as a result of numerous studies demonstrating their value through improvement of quality, outcomes, safety, efficiency, productivity, cost reduction, services, and satisfaction.
Audience: The authors wrote this book with graduate students or upper-level graduates enrolled in healthcare management programs in mind. However, it is a useful resource for anyone in healthcare management, whether an executive, manager, consultant, supplier, or student. Two of the authors are academics with impressive experience in teaching healthcare information management and the third is a chief information officer at one of the most prominent hospital systems in the U.S.
Features: This book provides sound information system definitions, which are helpful as these key terms are often used in different contexts. It highlights the value of information systems, as well as the barriers to them in healthcare, explaining the lag in healthcare information technology adoption. It explains how information systems are managed, as well as their purpose, functions, and key attributes such as the electronic medical record and CPOE. References in the system implementation and support chapter, such as the Ten Commandments for effective clinical decision support as referenced by Bates, are helpful when planning to implement a system. The learning activities and case studies allow readers to apply their knowledge in a real-life setting. The index is a useful guide to topics of interest.
Assessment: This is a useful resource, especially at this crucial point in time. Healthcare information system adoption is a complex topic and is not an easy one to address. Healthcare organizations are all faced with the same types of barriers (i.e. financial, organizational, behavioral, and/or technical) and this is a useful guide to the tools they need to potentially overcome these barriers. This second edition highlights the challenges of IT implementation and reminds readers to be cognizant of not only the financial costs of health information system implementation, but more importantly the process costs and the challenges they will face to adoption by end users.

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