clinical transformation - college of computing &...
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DREXEL UNIVERSITY2007-2008 WINTER
INFO780-907-200725 : ORG SOC ISSUES IN HEALTHCARE INFORMATICS
"Is remediation of vendor methodologies in enabling clinical
transformation necessary?"
Sandra Straw Hopper3/19/2008
This white paper address the current state of clinical transformation to Electronic Health Records and the impact of vendors, software, implementers and process re-design on technical clinical transformations.
Clinical Transformation
Executive Summary
Four Decades after Ross Perot and the Blue Cross Association forged the Florida Shared Systems as a
means to electronically bill for medical services, providers still struggle with full automation of the health
record. Enterprise Resource Planning (ERP) solutions were implemented successfully in the end of the
last century, in part, as a solution for the Y2K problem and to manage the general ledger, supply chain
and materials and facility management. For the clinician, all of this happens behind the closed office door
and had no impact on the day to day operations in a clinical unit. About the same time vendors emerged
with solutions to manage clinical data but the sell to clinicians has been difficult. Many factors contribute
to the struggle including financial, regulatory, resource issues and a lack of understanding of the
technology language used in the sales process. All of this has led to a slow adoption of electronic records.
According to the HIMSS, there are no hospitals which are 100% electronic defined as able to contribute to
and electronic health record as a byproduct of electronic medical record.
In order to understand the dilemma facing providers an examination of the approach taken in clinical
transformations and system implementations needs to happen including the role of the system vendor,
the system implementer, the customer and its’ leadership in project management. The user of the system
is the key to success; vendors and the associated consultants need to address this key stakeholder,
which goes beyond IT and Administration, and develop a plan for transformation of the clinical processes
and system touch-points which includes all stakeholders present and future. The end user must
understand how the data entered in an individual record is contributing to the patient’s overall health
management but also in the management of health globally. The vendors and their methodologies are
key to the success if the methodologies include the critical elements of a complete transformation.
.
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Clinical Transformation
Table of Contents
Executive Summary..................................................................................................................................... 2
Current State of Clinical Transformation......................................................................................................4
Hospital Provider Capabilities.................................................................................................................. 4
Ambulatory Care...................................................................................................................................... 6
RHIO’s..................................................................................................................................................... 6
Regulatory Issues.................................................................................................................................... 7
Financial Challenges................................................................................................................................ 8
Physicians’ role in Informatics Transformation.........................................................................................9
Nursing Informatics................................................................................................................................ 10
Healthcare Vendors............................................................................................................................... 12
Impacts on Change.................................................................................................................................... 14
The New Healthcare World........................................................................................................................15
Information Technology Impact..............................................................................................................15
Vendor Methodologies........................................................................................................................... 15
Vendors Impact...................................................................................................................................... 15
People.................................................................................................................................................... 18
Process.................................................................................................................................................. 19
Technology............................................................................................................................................ 19
Appendix.................................................................................................................................................... 21
Appendix A............................................................................................................................................. 21
Appendix B............................................................................................................................................. 24
End Notes.................................................................................................................................................. 27
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Clinical Transformation
Current State of Clinical Transformation
Healthcare providers are at varying states of technology
assimilation in their clinical practices and institutions for many
reasons including resources, organizational structure, fear of
change, technical experience and its’ capability awareness. From a
resource perspective there are financial and physical resource
issues such as funding and lack of staff, from an organizational
perspective, fear of the change or complacency with the current
situation overrides the need of the capabilities a technology affords. Capability awareness, the third
reason, has most likely the greatest impact as providers do not understand what capabilities exist as far
as information sharing, knowledge generation. Technology is the key to information assimilation and the
resulting knowledge. Vendors are the front line support for providers and need to assist not only in the
technical implementation but managing the organizational changes which are required for a full
transformation
Hospital Provider Capabilities
Healthcare Information Management System Society (HIMSS)i published on May 30, 2007 an EHR
assessment tool to ensure objectivity in the assessment of the current state of the United States
hospitals. The analytics were performed on the 4000 hospitals in the HIMSS database. The United States
currently has approximately 6000 hospitals according to JAMIA, 2008.ii The analytics demonstrate
presently there are no US hospitals which are 100% automated. This seven stage EMR Adoption Model
is cumulative and total adoption is dependent on an end to end completion, not the completion of
disparate applications in silo systems. All the capabilities are expected to be completed by 2014. We are
six years into the ten year plan which expects closed loop medication administration which is dependent
on regional health information data exchange between providers. There are many social and technical
reasons for this state of affairs which is dependent on closing the continuum from ambulatory care to
Regional Health Information Operability (RHIO’s).
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Vendors are the front line support for
providers and need to assist not only in
the technical implementation but
managing the organizational changes
which are required for a full
transformation.
Clinical Transformation
Stage Cumulative Capabilities % of US Hospitals Adoption
Stage 7 Medical Record fully electronic; CDO able to contribute to the EHR as a byproduct of the EMR
0%
Stage 6 Physician documentation (Structured templates), Full Clinical Decision Support System, Full PACS
0.8%
Stage 5 Closed Loop Medication Administration 1.4%Stage 4 CPOE, CDSS 22%Stage 3 Clinical Documentation Flowsheets 25%Stage 2 Clinical Data Repository 37%Stage 1 Ancillaries Installed- Lab, Radiology, Pharmacy 14%Stage 0 All three Ancillaries not installed 19.3%
KLAS performed a survey of the nation’s hospitals in the third quarter of 2006 which was presented at
HIMSS in February, 2008. The report examined the present state of electronic health implementations by
software vendors and implementation partners. KLAS requested the name of the software and the
implementation partners aiming to assess the product, service, satisfaction and progress. From the 4600
respondents KLAS determined the leading software vendors are Cerner, Eclipsis, Epic and Solarian for
inpatient units. Cerner and Eclipsis led the market in the last decade but Epic demonstrated a rapid rise
over the last three years and in 2006 had nearly as many implementations as the decade leaders.
Solarian, a new Siemens product replacing Invision had three successful implementations out of three
purchases since the debut in 2007. Part of Epic’s rise, KLAS felt, was due to the enterprise capabilities.
Most enterprise resource planning software (ERP) platforms are over a decade old and need an upgrade
and Epic can manage some of the enterprise needs.
KLAS also presented the lead implementation partners were CSC/First Consulting Group which
represented a 33% market share, IBMHealthlink and Bearing Point at 14% and the consulting companies
at 10% or below. Hayes Consulting which was not a market leader in the number of implementations
scored the number one spot in customer satisfaction in the KLAS satisfaction survey. Vendor
methodologies were not addressed in the presentation. KLAS did not include the numbers related to EHR
vendors who manage their own product delivery, nor did they discuss other transformation partners or the
methodology to achieve the implementation, total costs or time involved in the implementations.
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Ambulatory Care
Ambulatory Care has a different set of issues related to electronic health record adoption. According to
Wikepediaiii in 2001 18.2% of primary care physicians were using full or partial EMR’s; in 2005 the
number increase a third to 25% for the office-based physicians. It also states that less than 10% are fully
automated with CPOE for prescriptions and tests, receive and store lab results and document
electronically. Of those adopted 10% are Pediatric Providers and 40% are Internal Medicine iv this is
compared to a 90% adoption rate in Sweden, 62% in Denmark and 55% in Australia, countries which
have government supported EHR. The authors indicate the reason for this is a perception that providers
only reap 10% of the value of the technology and the real benefit is to the care partners such as
pharmacies and labs, the consumer and the third party payers.
In Massachusetts, a statewide survey was sent to the 1,884 ambulatory care providers; 71% responded
or 1345 physicians which represents 45% of practicing physicians or 23% of the state’s practices. The
study found that the larger the practice, the greater the rate of adoption at 52%; solo practices are at 14%
with reasons for non-adoption being upstart costs, maintenance and loss of productivity.v
According to Health News Direct, ambulatory care has increased in CCHIT certification from 10% at the
end of 2006 to 40% at the end of 2007. Some of the products certified are AllScripts, NextGen, Misys,
Epic and less known products like CareData Solutions Corporation and numerous others but not nearly
the 400 plus available on the market. The products achieved certification based ability to manage general
care not specialties, emergency or behavioral health.
RHIO’s
Regional Health Information Organizations are intended to take structured data from contributing
providers both professional and institutional to connect healthcare communities. The databases are the
end of the continuum of provider’s data and can be used to access patient data within a community of
providers, aggregate data to improve quality of care and lower technology costs. The nation is moving
towards a national health information infrastructure and supports this initiative by forming Office of the
National Coordinator for Health Information Technology (ONCHIT), designed to solve some of the issues
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which surfaced after Katrina when all non VA medical records were lost. The Department of Health and
Human Services awarded nearly 20 million to build prototypes of national health information networks
showing a federal commitment to the technology and the benefits derived from the technology. For
RHIO’s to work, systems must behave heterogeneously accepting data from multiple sources and
preserve secure access to data.
Regulatory Issues
All healthcare providers and payers must be Medicare Certified in order to deliver care and accept
payments other than cash. This means there are parameters which guide all interactions with members or
patients including verbal, documentation, billing and access to files. The Centers for Medicare and
Medicaid (CMS) have set the tone since inception in the Johnson Administration in terms of coverage
criteria and payment parameters. CMS is promoting Pay for Performance (P4P) as a way of encouraging
physicians to receive payments, not on the basis of the service provided, but according to the outcome. In
order to accomplish this, data is required to determine best practices according to outcomes and the
providers’ ability to provide the outcome. This goal is dependent on good records and technology. The
congress and the senate are responsible for legislation and funding related to HIT; recently the Senate
proposed a bill for HIT fundingvi but congressional leaders are less than optimistic. On March 17
legislation was introduced to block Medicare payment cuts due to start on July 1, 2008vii which would
decrease payments by 10% to providers. The impact of legislation amidst a war and a plunging economy
is a double edged sword for providers. The addition of congressional action adds some needed
governance to protect our privacy and security but has a potential to bottleneck progress. Providers need
both an incentive and protection from the federal government to feel secure in absorbing the costs both
real and inferred to implement an clinical information system. A case in point, the New Hampshire
legislature voted to not extend HIPAA to vendors and business interests and not allow patients to get
copies of their electronic audit trails even if they pay for the documents.viii This is another example of how
the federal government must step in and protect our privacy from those who are not involved with our
clinical care by extending HIPAA to protect data not only related to verbal and electronic transmissions
but also who can access clinical data behind a firewall.
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Financial Challenges
From a financial perspective, technology is expensive to own, implement and maintain. In addition there is
a fear associated with technology purchases ranging from product lifespan in an ever changing technical
market to cost overruns due to inadequate estimates. Ambulatory and Institutional providers are
considered small to medium business which typically have very little leeway to absorb the costs of an
implementation or even worse yet a failed implementation. Lewis Reddix of Accenture surveyed hospital
executives, payers, providers and HIT vendors and received 84 respondents 71% of which felt electronic
health records will have a positive impact financially over the long term but there were many other factors
including capital cost outlays which are the greatest barrier to transformation. Nearly 60% of those
surveyed have taken positive steps towards EHR but 10% had taken no steps at all.
Likewise, at HIMSS,
2007x Sensmeier and
Weaver found the
greatest deterrent from
initiating or completing a
project was financial and
that it was responsible
65% of the unfinished efforts while HIPAA accounted only 2% of the time, the remaining 33% were
technical, stakeholder or resource readiness in a hospital or health care system1. In a separate study Ash
and Batesxi state that EHR’s are the largest capital investment hospitals will make and over a five year
period and 66% of hospitals lost money last year. In fact, most providers state that all studies regarding
return on investment (ROI) weigh the future earnings rather than present day. It is difficult for providers to
embrace a long term ROI as a result. Primary care physicians acknowledge a return on investment
related to medical records space, transcription services, paper chart costs, staffing costs medical coding,
bargaining with payer contracts, research generation (data collection based on population groups). Issues
1 Appendix A Figure 1
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with ROI are related to implementation non-measurable costs such as downtime, requirements sessions,
training and scanning old records or data entry.xii
GE Financial Services HIT Funding Initiatives Task Force in December, 2007xiii presented their
perspective on the current capital cost issues facing providers in the adoption of HIT, which included lack
of equity, hard assets, and a inherent volatile source of income since it may be driven by one or two in
small practices. In addition an inability to lease, fear of software obsolescence, lack of system
interoperability with other community providers, in both institutions and ambulatory care practices
contribute to difficulty with financing IT projects. Traditional banks look for multiple streams of payment
options which are not the case in ambulatory care and often are reluctant to loan money. Software leases
are not possible under HIT standards since it has no tangible value at the end of term also software
licenses are issued only to providers. GE Financing is therefore unable to structure financing for EHR in
the same way it does large imaging devices and other equipment. This means immediate value is not
present for the provider.
The Markle Foundation, in conjunction with the Robert Wood Johnson Foundation, in October, 2004
determined the business case for IT adoption was not sufficient to absorb costs and that the appropriate
utilization does not favor the provider’s bottom line. The financial incentives must be $12,000 to $24,000
per year in payments from the payer (3 to 6 dollars per patient visit or 50 cents to a dollar per capita a
month) to meet the capital costs and the going cost of implementation to the provider. At the present time
this is a cost is absorbed by the ambulatory care provider.
The costs of connectivity with other community providers such as hospitals and RHIO’s was an additional
roadblock due to the Stark Legislation. After Stark was relaxed in 2007 hospitals can now pay up to 85%
of software costs for ambulatory care practices associated with a hospital, however the cost of hardware
is not covered.
Physicians’ role in Informatics Transformation
Physicians are very involved in medical informatics with a mission statement “Improve healthcare through
innovative effectiveness and portable application of Information Technology”. The goal is to deliver error
free care. The AMA in its’ commitment to medical informatics elected Navy Capt. Robert Wah, M.D., in
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2005. xiv to its’ board of directors to lead the informatics initiatives. Formerly he served as associate chief
information officer for clinical informatics in the Military Health System. His goal as one of the AMA’s 21
trustees is for the organization to take more of a leadership role in IT.
The American Medical Informatics Association (AMIA) was formed to bring physicians into the forefront of
healthcare IT policy and initiatives. The AMIA contributes to the improvement of the nation’s
implementation of health information technology. Through thought leadership, development of health
information policy and technology guidelines this group focuses on medical informatics as a part of the
medical doctors professional training and stresses the importance of physicians as clinical informatics
specialist as the formation of health databases to manage data in biomedical research, clinical care and
epidemiology. The Physician Informaticist is key to the leadership in the governance, strategy and
maintenance of health information.
Nursing Informatics
Nursing is less involved in the strategic direction of health information management than physicians and
in fact has less clear cut credentialing than physicians. Nursing is less organized and involved in the
direction of health IT. Since nursing is typically the front line in care delivery and the largest end user
group in health care, this is particularly troubling. In 2007 HIMSS released a Nursing Informatics Survey,
sponsored by McKessonxv, the authors Sensmeier and Weaver performed a survey which explored where
nurses in informatics by education, geography, professional title, certifications and how they fit into the
world of medical informatics.
The authors received 457 responses and found most informatics nurses (87%) have practiced nursing
over six years 2 prior to assuming a dedicated informatics position. More informatics nurses work in
hospitals3, 71% up from 64% in the 2004 report, while product vendors and consulting firms experienced
a decrease from 22% to 15% in the same time period. The east coast has more informatics educated
nurses than the central and west regions however 35% live work in the southern states identified as
Maryland and below4. Titles are not consistent among these professionals, 14% are called “Clinical
2 See Appendix A Figure 23 See Appendix A Figure 34 See Appendix A Figure 4
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Analyst” which in the IT world is a non managerial position, 14% are called Nursing Informatics Specialist,
the word specialist infers again a subject matter specialist, not a manager, 9% are called consultants
(advisors) and the remaining 40% are called Directors, Coordinators, Analyst or clinical informatics rather
than nursing informatics which infers different levels of responsibilities based on factors which may or
may not include direct reports5. Clinical informatics is traditionally a broader spectrum of information than
nursing and may report to IT as seen in the study of Sensmeier and Weaver at 50%. Other structures
include 38% report to nursing and 17% report to an another administrative department. Nurses are also
found in quality assurance (5%) and case management6.
Other issues are related to training in informatics, 25% of current “informatics specialist in nursing
received on the job training, the amount of education varies7 and 35% have a masters degree in
informatics, 19% have a PhD and 12% a post masters certificate in informatics8. Of those who practice in
the informatics field 55% have sought no formal certification and 23% have sought ANCC certification9.
While certification is available, similar to a nurse practitioner, there is no requirement for employment as
there is a nurse practitioner. This is an intrinsic problem in defining the role, level of responsibility and
proper reporting structure for autonomy and strength required in the role. It is difficult to define level of
understanding based on role.
At the HIMSS Nursing Symposium in 2007, Brenda Hall, RN, BSN, Susan Heider and Lisa Bewley, MSN-
CPNP stated that in transformation to electronic health records the informatics leader should possess
both technology knowledge and clinical skills but do not include project management as a pre-requisite.
For implementations, the project team selection is owned by nursing informatics leadership and a project
manager should be chosen who has a clinical background and create temporary positions as clinical
analysts from bedside nurses who “need a break”. This presentation is troubling in many ways as it
overlooks the science of project management including milestones, dependencies, earned value
management and communication. Project Management is a well vetted process which includes tools to
manage end to end change process, functional process re-design, requirements and deployment which
5 See Appendix A Figure 56 See Appendix A Figure 67 See Appendix A Figure 78 See Appendix A Figure 89 See Appendix A Figure 9
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includes education. This study demonstrates that the field is still a mystery to clinicians and solutions to
existing problems are not based on proven methodologies but based on lessons learned, which is less
reliable than theories of change management and project management.
Healthcare Vendors
There are two types of vendors in this marketplace, clinical transformation consultants and product
consultants, the latter includes vendor employed and consultant employed. Clinical Transformation
consultants specialize in process re-engineering using lean sigma and predictive modeling. Examples of
this type of consultants are Perot Systems, Accenture, and Beacon Consulting who may or may not
become involved with the implementation. The second are commercial off the shelf (COTS) software
vendors; Cerner, Epic, Eclipsis who offer the software and delivery services, typically using two different
contracts.
Implementation consultant companies includes Deloitte and Accenture which represent 10% market
share, IBMHealthLink (14% MS), CSC and First Consulting Group which lead with 33% market share.
There are two prevailing theories among vendors how to best approach clinical implementations the first
is clinical process transformation intended to be agnostic of software; the purpose is to drive process to
find bottle necks to therapeutic intervention, opportunities for error in treatments and medication. The
rationale is “if the process if good can be mapped to any one of the COTS solutions available on the
market”. Opponents feel it is too costly in both time and resources expended. The second approach,
process and requirements simultaneously is a bit risky since processes may not be fully vetted and
design choices may be made too rapidly. The second approach is subjected to the methodology of the
implementer which may be the solution provider or a third party consulting company. There are often
partner relationships but each partner can possess different philosophies on implementation approaches
and project management. The same product, therefore may be implemented differently according to
vendor.
In the last year, product vendors have been challenged to obtain CCHIT certification as a means of
assessing if software for clinical documentation and capabilities as electronic repositories of clinical data.
The vendors are assessed on security, CPOE, eMar (medication administration reconciliation) and clinical
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decision support. In November, 2007 Epic, CPSI, Eclipsis, Siemens Solarian, Prognosis Health
Information System, Computer Programs and Systems Inc were certified and in January 2008, Cerner,
MediTech, and Siemens Invision received certification. The certifications are based on ability to manage
the functional areas of a clinical record. The certification does not address interoperability both to RHIO’s
and professional providers which are independent of the healthcare system. Interoperability includes HL7
and Snomed coding standards, and RHIO access. Methodologies, time to implement and costs were not
included in the certification.
Other issues under the vendor umbrella are related to software licenses; ability to finance the project and
the lifespan of the software and the ability to implement affect the transformations success. Licenses are
the traditional way to charge customers by usage. This is very expensive for the customer and cost
prohibitive for the mid size customer. In the last decade commercial off the shelf products determined the
only way to penetrate the market was to offer “on demand solutions” or web based solutions which offer
concurrent users rather than dedicated users assuming everyone is not on the system all day long. This
has helped to make SAP and Oracle solutions more affordable. There are legal loopholes for clinical
institutions since it is a web based solution and appears to be a prohibitive lease.
Financing options are offered by large commercial vendors such as IBM and Oracle in which the costs of
hardware, software and services from different vendors are bundled into one payment. This is a new
paradigm for hospitals and most healthcare product vendors are not large enough or old enough to have
the financial resources of an IBM, HP or Oracle.
The last area is the disconnect is between the vendor types; the consultant, the system implementation
and the product. Consultancy companies may have a robust clinical transformation practice but do not act
as a system implementer which leaves customers looking at other options after software is chosen and
the experts which assisted the process re-engineering is not present. Software vendors do not train third
parties unless the customer has employed the vendor which presents a “Catch 22” for implementers. The
end result is system implementers must hire clinicians who may know the system due to their hospital
experience but have very few skills in project management or consulting, those with robust consulting
skills may not have specific vendor skills and may be rejected by the customer.10
10 See Appendix B
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To further add to the quagmire, vendors who advertise for employees do not place value on change
management or project management skills. In a review of the top software vendors, top system
implementers and consultancy company’s website for career opportunities there was a consistent pattern
with software vendors looking for clinicians with three years of either ambulatory care, or hospital
experience and good organizational skills. Epic and Cerner required relocation to Wisconsin and Kansas
City Missouri respectively after which travel nationwide is 80 to 100%. Consultancy vendors such as
Perot, IBM and Beacon allow consultants to maintain a home office and travel to customers. Relocation
demands greatly impacts the caliber of experienced clinical consultants one can employ.
Consultancy companies who are implementation partners such as Hayes Consulting value specific
software vendor skills as the only hiring pre-requisite. One job posting requested project managers and
described what project management entailed. No web sites looked for clinical informaticist; asset based
consultant skills or certified project managers11.
Impacts on Change
In order for change to occur the support must be in place, society must accept electronic health records,
congress must support the governance and the technology must understand the impacts on the
organization and proceed as a sea change not as a system implementation. Society will not accept any
changes which will impact their personal security or impact the care received by providers.
Healthcare has always been a political hot wire since the days of Roosevelt. There exist a divide between
the Democrats and the Republicans on how to manage healthcare dollars. Blue Cross emerged as a way
to block a national health insurance mostly out of fear of increased taxes by manufacturing.xvi Depending
on the administration, steps are taken forward and then backwards. Part of the issue is understanding
and defining the role of the federal government in healthcare. There is a fear among healthcare providers
if a solution is developed, some part of it will be deemed not appropriate by the government and a
tremendous cost will be associated with remediation. Another part of this dilemma is the administration
changes every four to eight years, and the subsequent regulations changes. The politicians in
Washington need to define clear rules about security, access, and audit trails and data integrity to win the
11 Appendix B Figures 1-6
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trust of providers and the states need to administer the RHIO’s and manage the costs and work together
to get a national system. States through their licensure and depart of Health have the ability to manage
providers.
The New Healthcare World
Information Technology Impact
Information Technology has many different faces dependent on the culture of the organization for
example is it insourced or out sourced, the skills of the team and the ability of the organization to support
the mission of the organization. As technology moves to COTS applications there is less a need in IT for
technical resources and more need of skilled professionals who understand the challenges of the industry
i Electronic Health Record Adoption Model May 30, 2007 HIMSS Regional Meeting http://www.himss.org/content/files/EMR053007.pdfii Halamka et al “Early Experiences with Personal Health Records”J Am Med Inform Assoc.2008; 15: 1-7 www.jamia.org/cgi/content/full/12/1/8iii http://en.wikipedia.org/wiki/Electronic_health_recordiv Joan S Ash PhD and David W. Bates MD, MSc “Factors and Forces Affecting EHR Adoption” www.jamia.org.cgi/content/full/12/1/8v Steven R. Simon, MD, MPH, a Rainu Kaushal, MD, MPH, b Paul D. Cleary, PhD, d Chelsea A. Jenter, MPH, b Lynn A. Volk, MHS, c Eric G. Poon, MD, MPH, c E. John Orav, PhD, b Helen G. Lo, c Deborah H. Williams, MHA, b and David W. Bates, MD, MSc
“Correlates of Electronic Health Record Adoption in Office Practices: A Statewide Survey”, http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pubmed&pubmedid=17068351J Am Med Inform Assoc. 2007 Jan–Feb; 14(1): 110–117vi Healthcare IT News March, 2008 http://www.healthcareitnews.com/story.cms?id=8893vii Healthcare IT News, March, 2008 http://www.healthcarefinancenews.com/story.cms?id=7776viii Health Imaging News, March, 2008 http://www.healthimaging.com/content/view/10107/118/ix Lewis Redd and Sally Boyle, Electronic Health Records Survey , http://www.accenture.com/NR/rdonlyres/F8453041-A760-48EE-9E68-26D99420F8EB/0/ehr_survey.pdf x Joyce Sensmeier MS, RN-BC, CPHIMS, FHIMSS, Charlotte Weaver RN, PhD, “HIMSS 2005 Survey of The Impact of Health Information on the Role of Nurses and Interdisciplinary Communication” xi Joan S Ash PhD and David W. Bates MD, MSc “Factors and Forces Affecting EHR Adoption” www.jamia.org.cgi/content/full/12/1/8xii HIMSS Ambulatory Paperless Clinics Work Group, “EHR Implementation in Ambulatory Care”, 2007 http://www.himss.org/content/files/Amb_EHR_Implemention081507.pdfxiii Elaine V. Ingebritson, “Financing Healthcare IT: An Industry Overview” December 2007http://www.himss.org/content/files/FinancingHealthcareIT.pdfxiv Angebote zum Thema, “AMA elects medical informatics specialist”, Health-IT World News 2005, http://www.pcwelt.de/index.cfm?pid=829&pk=115721 xv Joyce Sensmeier MS, RN-BC, CPHIMS, FHIMSS, Charlotte Weaver RN, PhD, “HIMSS 2005 Survey of The Impact of Health Information on the Role of Nurses and Interdisciplinary Communication” (http://www.himss.org/content/files/CBO/Meeting9/Nursing_Informatics_Survey.pdfxvi Daschle, Tom “Critical” , St Martin’s Press, New York, NY, 2008
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in the present and the future. This does not mean that a nurse is better prepared or an implementation
specialist but a hybrid of the two, a person who can look at a clinical process not as a task but as a time
sensitive set of tasks which impact the changes which must occur within the organization.
Vendor Methodologies
There are multiple methodologies for used for transformation projects such as Six Sigma and Lean Sigma
and well known IT methodologies such as waterfall and Agile. The methodologies are rooted in a theory
and from lessons learned from multiple process transformation and technical implementations. Some
methodologies are associated with a vendor (consultancy or product) and others are generic and allow
more flexibility. The methodologies tend to be linear in nature and look at people as those roles which
perform the processes and will have a touchpoint in the new technology. All methodologies are part of the
overall project plan and the steps of the methodology become part of the project plan. This is very
important in the implementation process but it is linear and does not include the organization and the
consumer needs.
Vendors Impact
Vendors need a methodology that is more holistic and looks at organizations as a groups of individuals
who comprise a unique stakeholder group. In this light, the stakeholders include individual consumers of
healthcare, society at large and individual communities (both geography and age groups), healthcare
institutions and administrators, clinical practitioners, educators and researchers. In addition, the current
state of health care and as a nation, the United States has global ranking of 37, beneath Costa Rica,
Columbia and Oman. xvii Vendors need to ask, “Can our methodology roll up and support the greater
umbrella that exist in the delivery of healthcare?”. Institutions are part of a continuum and should not be
viewed as a silo, each organization is part of a bigger organization and all should be vested in the society.
Vendors should consider the business and include the strategic direction of each hospital and how will
this transformation support the CEO’s vision. It is essential that processes meet the vision from bed
through-put to state of the art cardiac or cancer center. This involves not only data collection and storage
but also use of the data to drive best practices for the outcomes desired. This data may allow the hospital xvii WHO Rankings http://www.photius.com/rankings/healthranks.html
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to be quantified as a recognized leader in a certain field, and is ready for reimbursement based on
successful outcomes when pay for performance is in place. Neglecting this perspective will ignore a key
stakeholder in the process.
The practitioner requires access to data in a manner that makes sense to the clinical unit. For example, if
I want a snapshot of my patient following a bone marrow transplant his metrics will vary from the patient
on the same floor who has breast cancer and receiving chemotherapy. Both have cancer, both are
receiving treatments, but the defining metrics are different and the dashboard for this patient should be
different. While templates are offered by vendors they must be flexible to manage key metrics by
diagnosis, if not the end user will be frustrated. Vendors must understand that the addition of information
technology rarely makes data entry easier, nothing is faster than a pen and paper, the value lies in the
access to data in a way that makes sense to all stakeholders.
The academic community requires access to clinical data to perform research and establish trends within
global and local communities. This is as important as if we do not use data to improve the health of
stakeholders there is no reason to collect clinical data. Data is used to enhance knowledge.
Vital patient information
provides crucial decision
making data which will impact
patient care from all areas as
metrics provide the knowledge
to allow assessment and
change. Metrics is the tool
researchers use to make informed decisions, promote educated debate in regulatory issues, provide
society with trends and norms, and providers with patient knowledge to make core decisions. This
paradigm should be at the base of any methodology as it represents the stakeholders who must be
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QA Metrics
Society Research
Regulatory
Providers
Patient
Clinical Transformation
represented in the transformation. The second area of concern is the expected outcomes for the
stakeholders combined these elements and the route to the transformation is defined. This route is called
the methodology.
This holistic approach must be patient centric and include an
awareness of the flow of data within the patient lifecycle of
ambulatory care, institutional care and RHIO’s which may
include personal health record storage databases. This
approach must consider data collection, data sets including
coding, processes to collect data from admission to discharge
and maintenance of data and security issues with electronic
record keeping. This holistic approach also must include the stakeholders from the CEO to the point of
care delivery. In order to accomplish this an end to end approach must be taken what is the information
we need to access and what do we need to access and what are the processes which support the data
entry and access, who are the people involved and what technology, vendor or otherwise, will support the
information. This interdependence of all three entities should drive the methodology by vendors to
achieve a system which supports the healthcare community. The consideration of people, process and
technology should drive change management in the organization and should be considered by the vendor
as important as the application implementation.
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Institutional
Care
Ambulatory
Care
Regional Health
Information Orgs
Accurate collection of clinical
data across the healthcare
continuum supports the future
needs of society in developing
a better healthcare delivery
system.
Clinical Transformation
People
As illustrated earlier, less than 3% of Nursing Informatics specialist work for vendors and in fact, vendors
do not consider the skill valuable in talent hired. Most vendors look for clinical experience in a medical-
surgical unit or ambulatory care as a prerequisite to hire. Vendors look for “organizational skills”, prior
product experience and assume success with hires. Vendors are often in conflict with the nursing
informatics department who may have a more robust vision of the organizational change that most vendor
methodologies can provide using a linear approach to people, processes and tools involved in the
transformation. The right people should be a part of the methodology, this means careful attention to the
knowledge and experience of the leadership and the mentoring of the vendor staff as true consultants,
ones who can assess, analyze, prototype, implement and educate in change. This requires skills in
process re-engineering, gap analysis, functional requirement identification, project management, vision
and consensus building, change management strategy planning, education planning and deployment
strategy. These skills are more important that a certification in the capabilities of the software and have a
much longer shelf life as they are transferrable skills. While clinical experience is valuable it must be
supplemented with education in change theories such as Diffusion of Innovation,xviii project planning and
project management principles, metric driven processes, and principles of lean management.
Process
Methodologies should support process agnostic to the vendor product, should be flexible and support the
data collection to drive quality metrics and the strategic mission. A children’s heart hospital has specific
metrics which drive its’ success. Process design should be aimed at the leanest time to therapeutic
intervention. Processes should be flexible enough to stand up in an emergency and allow the medical
staff rapid access to supplies, equipment and diagnostics and intervention. A process should never
prevent a cardiac patient from rapid entry to an emergency room for example. Process also includes
planning and the planning should include the designation of which units are included based on ability to
go live, and strategic vision of the institution.
xviii Nancy M. Lorenzi and Robert T Riley, “Managing Technological Change” Springer Science and Business Media, 2004 P.150
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Clinical Transformation
Technology
Vendors can impact technology change through deliberate attention to how their product or service fits
into the continuum of healthcare realizing it must support of the following; the customer’s strategic goals,
the patient’s diagnostic and treatment goals, and society’s knowledge needs The product must be
configurable to meet the data and process needs. The vendor must view the entire infrastructure of the
organization and determine how the electronic health record product fits in the model. The methodology
therefore must support the bedside activities to the transmission of data. The processes must support the
touchpoints to the technology. Vendors need to develop methodologies which look at the entire health
care management needs and ask the questions such as where are the opportunities for human error, time
delays in treatments, and documentation errors in our process.
The above graph points to the end to end cycle which vendor methodologies should support. This high
level end to end represents principles of transformation combined with high level project management
principles, organizational culture, strategic vision, the goals of the transformation, and metric goals for
clinical and business goals. This is important in the planning as it drives the use of data to be collected in
the clinical implementation. The “As Is” presents the current issues, philosophical base of the
organization, regulatory constraints and the IT capabilities to accept the changes the transformation will
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Project Management
End to End
To Be
Validate:
VisionPrototype
Technical Infrastructure
Organizational Structure
Implement
Develop:
ApplicationTechnical Infrastructure
Change Plan
Education Plan
Maintain
Re-assess:
Application
Culture Technical Capabilities
Metrics
As IsAnalyze:
Barriers to Chang
Technical Capabilities
Clinical Processes
Metrics
Plan
Assess:Strategic Vision
Organizational Goals
Transformational Goals
Metric Goals
Deploy
Release:ApplicationTechnical Infrastructure
Organization
Change Management
Education
Clinical Transformation
bring including skills of the IT department. The “To Be” includes a prototype of the vision and how the
implementation supports the vision. The data and the processes must map to the strategic vision of the
organization for it to be successful. Implementation involves all the steps to configure the solution,
validate through testing and develop the education which will transform the organization into the new
paradigm of thought and behavior. Deploy includes all the phased steps to deploy the solution both hard
and software, the team, the organizational changes and the new reporting mechanisms and metric
assessment. This is a critical step which is an organization wide approach, even if units and IT solutions
are deployed incrementally. The last phase is the maintain when the functionality is revisited for function
and form and the ability for the technology to support the strategic vision as configured. This methodology
does not get into technical specifications, coding or interfaces for a reason, this methodology is used to
transform the organizations thinking, organizing and responding to information.
Appendix
Appendix A
Figure 1: Reasons Clinical IT projects are aborted
Figure 2: Depicts the years in nursing respondents had prior to entering informatics.
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Clinical Transformation
Figure 3: Where informatics nurses work
Figure 4: Concentration of informatics nurses by geographical region
Figure 5: Direct Reports of Clinical Informatics Specialist
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Clinical Transformation
Figure 6: Who informatics nurses report to independent of employer
Figure 7: General education of respondents
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Clinical Transformation
Figure 8: Formal education in clinical informatics
Figure 9: Percentage of Respondents with professional certification in clinical informatics
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Clinical Transformation
Appendix B
Figure 1 Cerner ConsultantsNote: Informatics Certification not required for multiple project management
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CERNERDelivery Consultant Qualifications
Bachelor's degree preferred
Basic computer skills, including Microsoft Office suite
Background in Healthcare or Information Systems
Prior implementation experience beneficial
Ability to manage multiple projects simultaneously
Excellent verbal and written communication and presentation skills
Qualifications Bachelor's degree
Nursing experience (minimum RN certification) required
Experience participating in full cycle domain, multi-clinical domain or
integrated system installations projects preferred
End user experience with hospital charting systems ideal
Ability to travel 80-100% required
Opportunities are available nationwide
Strong process analysis skills and ability to work in a team and
collaborative environment
Expertise in any of the following areas: Ambulatory Care, Surgery,
Radiology, Pharmacy, Laboratory, Emergency Medicine, Acute
Care/Critical Care, Revenue Cycle
Clinical Transformation
Appendix B, Figure 2 Epic: Project Manager
Note: No informatics or project management skills required
Appendix B, Figure 3: Epic Project Manager Role Note: There are no clinical or technical experience requirements, explains a PM role, no certification .
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Clinical Transformation
Appendix B, Figure 4: Epic Project Manager Role
Note: A bit more requirements but no formal education.
Appendix B, Figure 5: Epic Project Manager Role Note: A bit more requirements but no formal education.
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Clinical Transformation
End Notes
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