march 2017 - nalashaa health...population health as defined by c.-e.a. winslow, founder of yale...
TRANSCRIPT
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The science and art
behind Population Health
March 2017
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I n t r o d u c t i o n
T he advent of value based reimbursement model has the payers
asking providers to shift from volume-based care to a value-based
reimbursement structure.
Population Health as defined by C.-E.A. Winslow, founder of Yale Department of
Public Health, as “the science and art of preventing disease, prolonging life, and
promoting health through the organized efforts and informed choices of society,
organizations, public and private communities, and individuals.”, can be im-
proved by leveraging automation and robust analytic capabilities that define
measurements for health outcomes and patterns from historical data. This not
only helps in improving delivery of care to a group of individuals with similar
needs, but also helps in meeting the paradigm shift from acute care to popula-
tion centric care.
Various community based health systems have practices using different EHR/
EMR and their clinical workflow varies significantly such that time and efforts
required to gather and interpret member information is overwhelming due to
diverse sources of data. Thus, there is a need to transform the traditional
“isolated" care model into a “network” care model, both for increased care coor-
dination and the ability to scale effective interventions with the Population
Health approach. Whether it’s about managing chronic conditions by effectively
identifying high risk patients or identification of care gaps against pre-defined
quality measures like HEDIS, there are growing needs to enhance clinical ana-
lytics for better care coordination and improved outcomes.
Care management, care coordination and lower aggregate costs can be
achieved at patient level by integrating and collating data from claim based,
PHR and EHR based data sources. This can help health insurers, community
based health systems and their affiliates play an active and increasingly person-
The science and art behind Population Health
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alized role to help patients’ engagement in their care and wellbeing.
Care Management is just not necessary to improve & track patient health but it’
s also a strategic and important tool for health plans as they find ways to con-
tain costs in modern data-centric era. Predictive analytics and modeling tech-
niques can be used to identify members with high risk of hospitalization, plan
necessary care interventions and ensure medication adherence to mitigate that
risk. This data-centric action-planning can provide meaningful insights into
quality, safety and cost of care available at contracting providers.
Given that population health management (PHM) and Care management are so
closely related in spirit, we have chosen to use those terms interchangeably in
this paper. The capabilities that one offers can be leveraged by the other to
offer meaningful capabilities to healthcare providers.
W h o b e n e f i t s ?
E very innovation aimed at reducing cost or improving quality implicitly has
the patient as the primary beneficiary. However, as the economics im-
pacts the rest of the ecosystem positively, it’s the players such as the following
who need to take the initiative to put systems in place that can accomplish the
goals of quality and cost.
Below are key benefits that they stand to derive from such a solution:
Health Insurer (s), ACO, HMO
The core competence for healthcare payers is risk identification and mitigation.
They need to know and predict the patient cohorts that are likely to impact
their financials adversely. Additionally, they need to ensure that they minimize
the likelihood of those patients going back to care facilities. The best place for
them to start this is data, not just medical data of the patients but their well-
ness data too. While that is a start, it’s not the end of the tunnel for them.
They need to ‘read’ and monitor the continuum of care and the providers that
will prove to be their most profitable allies. A well-designed care management
Healthcare payers
need to minimize
the likelihood of
patients going to
healthcare facilities
by identifying risks
and mitigating
them.
The science and art behind Population Health
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solution can help the payers:
Stratify and clinically define the population that poses risk for them.
This would help them contain their financial risk
Systematically improve the quality of care being delivered to that pop-
ulation and ensure appropriate care to minimize conditions associated
with skyrocketing expenses
Eliminate waste within the care delivery process, thus reducing the cost
per member per month
Track HEDIS measures performance on monthly basis and align busi-
ness decisions with outcomes
Make data-driven decisions resulting in increased patient safety, im-
proved quality of care and reduction in healthcare costs
Community Based Health Systems & Practices, Providers, Care Team (s)
With the government and the industry gearing up to say goodbye to the FFS
model, the care providers have to adapt. Under value based care, providers will
be accountable for the overall wellbeing of the healthcare consumers. In order
to ensure that they do not bleed through unwarranted expenses, providers need
to be empowered with tools to follow the patients through the care continuum.
These powerful solutions will enable the providers to:
Identify care gaps in existing quality programs like HEDIS, PQRS, eCQM
Improve performance in risk contracts/value based care incentives
Meet performance measures as specified in Quality Payment Program and
get a better composite score resulting in better payments from CMS
Identify high risk patients based on clinical indicator( s) available and
provision preventive care mechanisms in place to eliminate costs related to
corrective care provisioning
Better utilization of organizational resources by focusing on the right ar-
eas, identified by analyzing the data relating to patient health, care delivery
and investments in care provisioning
Prevent unwanted
expenses by analyz-
ing data relating to
patient health and
identify gaps in
care quality and
performance.
The science and art behind Population Health
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EHR vendor (s)
Most of the EHRs were built to streamline the workflows within the healthcare
facilities, but none of them were designed for a customer-centric healthcare
ecosystem. This leads to most EHRs failing miserably when it comes to custom-
er relationship management which is essentially the mantra behind the
‘consumerism’ wave. In essence, the solutions that were expected to take care
of the care provisioning AFTER the patient was in the care facility are now ex-
pected to take care of the patient OUTSIDE of the facility itself. Evidently, the
expectation seems unrealistic.
Technology vendors are either coming up with these capabilities within the EHR
or aim to fulfil this through add-on solutions. While there are repercussions of
both, for their providers to be successful, they need to:
Support transition to value based care without hurting provider pay-
ments.
Not only generate quality data for clinical quality measures but also pro-
vide a way to increase performance on these measures by improving
care provisioning processes.
Provide integrated analytics covering not only clinical workflows but
also financial implications of the actions taken or processes followed up-
stream.
Leverage information available in partner systems by embracing in-
teroperability support offered by CCDA, FHIR etc.
What must your care management solution have?
C are Management solutions address the continuum of care through data
integration, population stratification, identification, consumer engage-
ment and program evaluation. While traditional EHRs are equipped to cater to
the workflows WITHIN the care facilities, care management and population
health solutions ensure patient wellbeing outside of those.
Following are some key highlights of such solutions:
Transition to a EHR
which can provide
passive care to pa-
tients even when
they are outside the
care facility
The science and art behind Population Health
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1. Collate data from diverse data sources which includes eligibility, claims,
encounters, lab results and prescriptions. More the data, better the care
planning and provisioning.
2. Subject patient data obtained from these sources to pre-specified rules
based on CQM/HEDIS measures. While these measures serve as a good
starting point, providers should be able to configure rules that better
suit their context.
3. Provide a list of patients to be pursued based on open care gaps with an
opportunity score. This helps identify the priorities for the care provid-
ers.
4. Identify care gaps in members’ health and notify the providers or payers
based on actions defined in #2. Patients with chronic conditions may need
more frequent help and follow-ups from providers to keep them healthy.
Their health data can be used to identify the need for timely interven-
tions.
5. Quick view of patient health information, episodes and health plan infor-
mation to ensure that interventions are performed by qualified providers
using complete and most current data.
6. Enable sharing member clinical information with other providers, patients,
next-of-kin etc. The channels could range from CCDA packets to APIs
depending on the destination system.
7. Ability to reach out to members with care gaps for scheduling appoint-
ments/care plan discussion, interventions, general engagement and so
on. Automation can ensure that a plan for each of those patients is in
place and nothing gets missed.
8. Suppression of identified care gaps if patient has already mitigated
the same. This ensures that the patient or the providers aren’t over-
whelmed with the bells and whistles in the care provisioning process.
Integrate, stratify
and identify your
consumer to engage
effectively for a bet-
ter care manage-
ment solution.
The science and art behind Population Health
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9. Allow providers to attest to specific services rendered which can automati-
cally close care-gaps.
10. Personalization of health alerts sent to patients through patient portals,
emails and SMS. It is important to ensure that they feel connected with
the care team and don’t see these communications as an intrusive.
11. Provide key utilization indicators including 30/45 day readmits, cost per
member per month, % of generic medications prescribed and Acute/ER
admits per 1000. This is the dashboard that helps drive the whole machin-
ery in the right direction. While the numbers may not present the solution
itself, they can help in the identification of the problem areas.
As the numbers on the dashboards improve, the following would definitely
be impacted positively:
Patient health and safety as the focus is on overall wellbeing as op-
posed to quality care in the care facility.
Provider scoring on the quality measures as automation inculcated
discipline and streamlines processes.
Better AR conversion for providers as they eliminate denial reasons
by fixing care provisioning.
Reduced expenses (attributed to preventive care and waste reduc-
tion) for the payers.
Anatomy of a PHM System
P opulation health management is a rather tricky endeavor requiring unre-
lenting discipline. Owing to the nature of the objective, it demands coordi-
nation across several individuals right from identifying key clinical processes, care
delivery workflows, decision making rules and identifying registry integrations.
Many crucial decisions for a patient can be made accurately with a comprehensive
view of the treatment process the patient has gone through by using analytics
built on a data warehouse comprising of aggregated data from multiple sources.
Automation of
tasks will improve
quality of care and
personalization will
drive patient en-
gagement, and
both in turn will
drive reduction in
expenses.
The science and art behind Population Health
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Integrating with different disease registries of AHRQ also provides insights and
classifies patients into different disease stratifications, helping both clinicians &
care teams identify and improve care, resulting in
Reduced frequency of health crises and costly ED visits and length of stay
during hospitalizations
Lower per service costs, through an integrated delivery of care team ap-
proach which includes clinicians, social workers, physical therapists and be-
havioral health care professionals.
Improvement of patient experience, by providing better access to care.
Promoting patient engagement and empowering patients to better self-
manage their health and participate in the decision making process.
Identifying readmissions or death in a specific timeframe after discharge.
Improving the health outcomes of patients by identifying the disease con-
ditions and defining the right care paths and reducing the overall cost.
Following are some of the use cases:
EHRs comprising of patient details and clinical data may not completely help in de-
riving any decisions. But in-order to understand a patient in the context of popula-
tion health, bring together:
Clinical and claims information
Lab & imaging, along with other sources of medical data
Data from social apps which helps in understand the cost of care deliv-
ery, who is most efficient at delivering care, compliance of patients.
How all this is brought together is depicted in the following diagram:
Understand your
patient in the con-
text of population
health. Coordinate
with various sys-
tems and offices to
help deliver a com-
plete healthcare .
The science and art behind Population Health
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Fig 1: Anatomy of a PHM system
A study by HIMSS Analytics highlights that diabetes is one of the most common condition that chronic
patients suffer from. (As shown below)
The science and art behind Population Health
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So, let’s take this as an example to demonstrate how population health system can help improve the
health and wellbeing of a patient John Doe.
ETL
ETL is not just a dump & load activity; It lays the foundation for a 360 degree view of patients to ensure
their wellbeing outside of healthcare facilities. There is currently no one system I the healthcare ecosys-
tem that can provide that. Hence, data from disparate sources needs to be pooled together to get a
complete picture of the patient.
As a result, an ETL (Extract, Transform and Load) system becomes the first essential component of such
a solution. The data from different systems needs to be sanitized and massaged before it can be used
meaningfully. While mundane, this is the basic ingredient of the system to ensure downstream activities.
Data Mart
As there are myriad objectives and perspectives of population health and care management, the tech-
nical design must be adaptive and extensible enough to qualify the litmus test of real life use cases. The
John is a diabetic type 2 patient who also has been diagnosed with a kidney condition. He is being treat-
ed at home with regular dialysis by Ms. Patty and also visits Dr. Jones’ clinic on a regular basis. Now,
both these care givers, in order to ensure the best course of action for John, need to have the complete
picture of his health. While the patient is the same and is being treated by two care givers for two differ-
ent conditions, a trigger from one could severely impact the other. For instance, John needs to go for
many tests including A1c, fasting lipids, blood pressure, micro-albumin etc. The results from these tests
are vital for decisions that either of the care givers take such as medications to be prescribed, regimen to
be followed etc. Also, in case John acquires another condition such as cardiovascular, both care givers
need to know, to ensure no adverse reactions are triggered because of a prescription from them. If lab
test results, prescription refills from pharmacy etc. are made available to Jones and Patty, they can stay
updated on John’s condition to give him the best care.
As Jones and Patty may or may not know each other well enough to discuss John’s health, it’s important
that their systems share this information with each other. There are technical means to pull the clinical in-
formation from their respective EHRs (using CCDA or FHIR), Real time sync of Lab/Diagnostic results (using
HL7), remits from John’s payers (using EDI), John’s vitals from a wearable device that he uses.
The science and art behind Population Health
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data marts will allow stratification and analysis of data from these diverse sources. Only then can one
derive actionable insights and make use of them.
Analytics Engine
With the ground set for making use of the data, a powerful analytics engine must be leveraged to con-
vert it into actionable information. While most traditional systems have the reporting capability, they
provide a historical log and the user may be able to get some of the answers they seek. However, with
the complex and multi-faceted healthcare context, a bigger challenge is problem identification. The ana-
lytics engine should be configured and customized to enable pattern and problem identification. Empow-
ered users will be able to proactively find and fix problems they may not have been aware of earlier.
A few guidelines can be found through quality reporting requirements under PQRS, HEDIS and QPP. The
way measures are chosen under these requirements align with the triple goal of improving care quality,
enhancing access and reducing cost.
While these are a good start, there is more ground to be covered especially in case of niches. Their con-
text should dictate the way the analytics engine is configured and leveraged to derive actionable.
DataMart act as a repository for all the pieces of information pertaining to John’s health received from multi-
ple sources. Marts’ design is very crucial as it impacts analytic / transaction response time. Some possible
ways of designing marts can be based on hospital’s specialisation streams / patient problems / services ren-
dered / financials / Facilities (locations) etc.
Analytic engine can help Jones and Patty to observe patterns in John’s regular A1c test results and predict
any high risk complications based on those. A slight point rise in A1c blood test results can increase the risk
of eye, kidney, and nerve disease complications by over 40%.
If Jones and Patty participate in PQRS and/or QPP, they would be expected to report for CMS122. The an-
alytics engine will help them prescribe tests for John and track them in a timely manner. For instance, the
system could trigger alerts for them to raise a lab order (Hemoglobin A1c/ Hemoglobin.total in Blood by
HPLC, Hemoglobin A1c/ Hemoglobin.total in Blood, Hemoglobin A1c/ Hemoglobin.total in Blood by Electro-
phoresis)), prompting them to check with the labs for John’s results or send a reminder to John about a
lab test. All of the above would ensure that the proper course of care action is followed so that they
achieve a higher score for the performance period.
The science and art behind Population Health
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Business Process management (BPM) Engine
Taking care of the entire population is as difficult as the number of people involved in the process and
clinical precision is difficult to achieve when it comes to orchestration of the show. Along with the
change in the care paradigm, the process only becomes all the more tricky to achieve as the care teams
are still learning the tricks of the trade.
A solution to this situation is workflow automation. Powerful tools are available that have the potential
to configure real life complex workflows and help users perform required tasks with discipline. For in-
stance, a business process can be setup to monitor and track workflows, having criteria configured for
certain events, which will alert the care team based on selected events, guide their care actions and re-
peat that periodically. This would ensure that the care provisioning resources (including the provider’s
time) are wisely used, driving interventions only when they are warranted.
End User Tools
A robust back end system can pave the way for end users to perform care management activities easily
without feeling burnt out. Streamlined workflows when automated and presented meaningfully to end
users improve adoption of the solution while improving their efficiency.
They can effectively:
Derive learning and choose the problems they would like to address. For instance they can strati-
fy the population, identify the cohorts with high risk associated with them and trace the rea-
sons or the root cause leading to care gaps.
Design programs for the high-risk populations, define the segments to be enrolled into those
programs, run them successfully and observe the effect of those programs on the outcomes.
Plan care teams and assign them populations. Through automation, managing the time of the
care team without missing out on necessary interventions becomes possible.
Reach out to identified populations with personalized content and engage them better to drive
care actions or lifestyle choices resulting in improved health.
The science and art behind Population Health
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The science and art behind Population Health
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A bo ut Na l a s haa
Nalashaa believes in simple solutions to derive meaningful insights and in exceeding your expectations. Our
clarity of thought has earned us many laurels in this fast paced world where healthcare technology advance-
ments are roll ing out continuously.
A b o u t t h e A u t h o r
Ami t Manra l
Amit is a healthcare enthusiast who is passionate about the application of creative ideas to
improve the healthcare ecosystem. He has been involved with US healthcare for over a
decade and loves to understand challenges of various stakeholders, impact of regulations
on them and figure out ways to leverage technology that wil l impact business positively.
The science and art behind Population Health