An integrated cis/ehr system supports administrative clinical analytics functions such as:

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An integrated cis/ehr system supports administrative clinical analytics functions such as:

An integrated cis/ehr system supports administrative clinical analytics functions such as:

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Highlights

Implementation process of Electronic Health Records (EHRs) is critical for success.

Vast literature available on EHR implementations in different settings and contexts.

Organizational, Human and Technological factors influence success across settings.

Dynamic interaction of the identified factors trigger success.

Consideration of the specific healthcare context and end-users is important.

Abstract

Aim

To summarize the findings from literature reviews with a view to identifying and exploring the key factors which impact on the success of an EHR implementation across different healthcare contexts.

Introduction

Despite the widely recognised benefits of electronic health records (EHRs), their full potential has not always been achieved, often as a consequence of the implementation process. As more countries launch national EHR programmes, it is critical that the most up-to-date and relevant international learnings are shared with key stakeholders.

Methods

A rapid umbrella review was undertaken in collaboration with a multidisciplinary panel of knowledge-users and experts from Ireland. A comprehensive literature review was completed (2019) across several search engines (PubMed, CINAHL, Scopus, Embase, Web of Science, IEEE Xplore, ACM Digital Library, ProQuest, Cochrane) and Gray literature. Identified studies (n = 5,040) were subject to eligibility criterion and identified barriers and facilitators were analysed, reviewed, discussed and interpreted by the expert panel.

Results

Twenty-seven literature reviews were identified which captured the key organizational, human and technological factors for a successful EHR implementation according to various stakeholders across different settings. Although the size, type and culture of the healthcare setting impacted on the organizational factors, each was deemed important for EHR success; Governance, leadership and culture, End-user involvement, Training, Support, Resourcing, and Workflows. As well as organizational differences, individual end-users have varying Skills and characteristics, Perceived benefits and incentives, and Perceived changes to the health ecosystem which were also critical to success. Finally, the success of the EHR technology depended on Usability, Interoperability, Adaptability, Infrastructure, Regulation, standards and policies, and Testing.

Conclusion

Fifteen inter-linked organizational, human and technological factors emerged as important for successful EHR implementations across primary, secondary and long-term care settings. In determining how to employ these factors, the local context, individual end-users and advancing technology must also be considered.

Keywords

Electronic Health Record

Electronic Medical Record

Implementation

Review

Cited by (0)

© 2020 The Authors. Published by Elsevier B.V.

EHR Goal and System theory

a system is a set of interrelated elements that work together to achieve a goal.
EHR not automating paper document in the chart, more about using information in new ways to support care delivery.

Clinical transformation is a comprehensive, ongoing approach to care delivery excellence that offers value while measurably improving quality, enhancing service, and reducing costs through the effective alignment of people, process, and technology.

one system or a suite of systems that provide a full range of functions
1. health information & data
2. Results management
3. Order Entry/management
4. Decision-support
5. Electronic communications & connectivity
6. Patient support
7. Administrative processes
Reporting & population health management

1. Source Systems
2. Clinical Information Systems (CIS)
3. Supporting infrastructure
4. Presentation Layer
5. Connectivity

a component of EHR
1. captures data to support EHR infrastructure,
2. all administrative, financial, and departmental systems that relate in any way to the health record.
3. includes: ICU, Cardiology, LIS, PIS, RIS, nutrition/food services, and other ancillary or departmental systems, includes smart periperals that are medical devices that submit data to EHR

Clinical Information Systems (CIS)

a component of EHR
captures and processes data to support specific clinical functionality. ie: EMAR, CPOE, POC, CDSS

Clinical Decision Support System- part of clinical Information Systems (CIS), one of the components of EHR
Provides reminders and alerts

Computerized Provider Order Entry- part of clinical information Systems (CIS), one of the components of EHR
Enables physicians to make appropriate ordering decisions

Point of Care Charting- part of clinical information Systems (CIS), one of the components of EHR
Aids documentation of nursing admission assessments, physician progress notes, etc.

Electronic (or bar-code) Medication Administration Record System- part of the clinical information Systems (CIS), one of the components of EHR
Supports positive identification of patient and drug.

Supporting Infrastructure

A component of EHR
Aids to integrating data from multiple sources
1. Storage systems archive data
2. Repository is a relational database optimized to manage data transactions (CDR- Clinical data repository)
3. Rules engine supplies repository with logic for clinical decision support
4. Knowledge sources make information available from external sources
5. Warehouse and data mining tools collect data for subsequent analysis
6. Report writers enable compilation of data into reports

A component of EHR
Helps data entry and retrieval (usually at the POC)
utilizes various input devices (human computer interfaces) such as:
workstations, desktops, PC's, notebooks, laptops, tablets, PDA's/smartphones, voice/speech recognition, handwriting recognition.

A component of EHR
Supports the capture and integration of data
1. Health information exchange- sharing of information across disparate organizations.
2. Portals- to provide remote access to specific applications
3. Standard set of data for referrals:
      CCR- continuity of care record
      CCD- continuity of care document
4. PHR Personal health records- health information maintained by individuals.

Laborator Information System

Pharmacy Information System

Radiology Information Systems

Certification Commission on Health Information Technology
began certification of EHR products in 2006

Which of the following is an example of telemonitoring?

An example of telemonitoring includes remote evaluation and diagnosis of sleep disorders. Other examples include wearable fitness devices that record your heart rate and activity such as steps walked.

What does an EHR do with information besides contain and transmit the information?

EHRs are a vital part of health IT and can: Contain a patient's medical history, diagnoses, medications, treatment plans, immunization dates, allergies, radiology images, and laboratory and test results. Allow access to evidence-based tools that providers can use to make decisions about a patient's care.

What is the main benefit to having decision support available in EHRs?

BETTER DECISIONS AND MORE COORDINATED CARE WITH EHRS More complete patient information available from EHRs enables providers to make well-informed care decisions quickly, helping to improve care and reduce safety risks.

Which of the following is an advantage of electronic health record use?

Improving patient and provider interaction and communication, as well as health care convenience. Enabling safer, more reliable prescribing. Helping promote legible, complete documentation and accurate, streamlined coding and billing. Enhancing privacy and security of patient data.