If you ask doctors, you’ll hear that electronic health records (EHR) have been both the best thing and worst thing to happen to medicine in the past 40 years. Having real-time information at your fingertips is an incredible advancement, but it’s only helpful if you can see what you need to diagnose and treat your patient. Healthcare providers consistently state their frustration with the lack of consistent, accurate data within the EHR system.
Without accurate data in the patient’s chart, doctors struggle to provide accurate and appropriate care. That’s why clinics and hospitals need to go the extra mile and customize their records in the following ways:
Invest in consulting to configure software
It’s too much to ask of our healthcare providers for them to become IT and software experts. Accessing records of earlier care and making accurate diagnoses is dependent on doctors and providers’ ability to input and extract relevant information quickly.
Even a lively family physician practice needs assistance to set up and configure an electronic healthcare record system. Even with technical staff, it’s unrealistic to expect them to configure and customize a highly complex software system to suit a unique workflow. As organizations upgrade or adopt new technology, they are relying on artificial intelligence or a technical sales support representative to migrate data.
Data is only as good as the input
Without expert configuration and data migration, the accuracy of the data is in question. Patient records need to be correct, and it needs to appear in the right place in the record. Relying on a software program to migrate data accurately may preserve your data, but if it doesn’t populate the proper fields, it’s not useful.
Efficiency is key
With only 20 minutes to see each patient, the data needs to be more than accessible. Many small offices find it cost prohibitive to fully take advantage of the software system’s features and discover it’s even more challenging to configure and customize the software to meet its full potential. Although the cost is a prominent factor, the value of a properly configured and deployed EHR is priceless.
Hire a consultant
Setting up an electronic health record is a complex endeavor. Innovative software design makes it possible to customize fields, provide reporting, and give alerts. Used efficiently, an EHR can help doctors reach conclusions more quickly and show information in a way that leads to faster diagnoses.
If the EHR isn’t configured efficiently, or if the data isn’t captured in a way that providers can access and leverage it to make smart clinical decisions, it becomes more of a roadblock than a powerful tool. Apathetic software users create inaccurate or missing data.
By Inga Shugalo, healthcare industry analyst, Itransition.
Following the wind of change, we find that healthcare is on the way to transferring most of its processes to the cloud. According to IDC, hospitals now tend to prefer keeping custom medical software from EHRs to AI and data analytics on cloud servers instead of in-house management.
With more providers investing in scalability and cost-efficiency of cloud solutions, the recent research forecasts the global healthcare cloud computing market to reach $35 billion by 2022 at 11.6 percent CAGR.
Currently, the cloudification develops in two complementary directions.
Some providers only test the waters going for a new cloud solution, for example, a mobile app to support chronic disease management. Others consider migrating their already existing architecture elements to the cloud to enable seamless synchronization between different system parts, create new team collaboration practices, or save time and money on the infrastructure maintenance.
Since cloud migration is a complex process requiring substantial planning and good timing, we’ve decided to cover the initial steps of a smooth transition to the cloud.
Assessing the infrastructure
First things first, there is a good chance you don’t need to migrate the full infrastructure and can better manage your investments by injecting them into strategic areas only. Start with considering your as-is situation and pinpointing the architecture components with the potential to impact the business evolution via new or improved services.
Additionally, take into account the possible technology and business constraints, upcoming updates, integration and compatibility requirements for the solutions, as well as the need for a substantial redesign before starting the cloud migration.
It can turn out that some big data archives that aren’t used frequently can stay on-premise, and some applications will serve providers better from the cloud due to increased robustness and security for the regular multi-user access.
In this case, an organization can choose to go for the hybrid environment, decreasing the load on in-house servers and adding up more flexibility to the picked system elements.
Self-check: What are our migration goals?
Answering this question, you will be able to determine the priority elements for migration to the cloud by determining the most pressing needs, such as everyday workflows, equipment management, or disaster recovery.
While thinking about the goals, review all parts of the infrastructure, including business and clinical applications, such as EHR, LIS, PACS, and RIS, assigning them to one of the following categories:
First to be migrated
Future migration projects
Unable/unneeded to migrate
With such a clear prioritization, it will be easier to assemble a migration roadmap that will guide the project scope creation, design, and implementation processes.
Drafting a migration strategy
After your priorities are all set, it is time to create a migration strategy based on applications and data to be transferred to the cloud. You can either pick one of the approaches or mix and match them depending on particular infrastructure elements.
There are many uses of information technology in healthcare. In the previous years, these implementations have developed more than anyone could anticipate. They boost efficiency, improve the quality of care and security and control costs. These advancements have created many benefits for the patients and medical facilities in both the public and the private sector. When asked, experts say that these are some of the biggest health IT issues that should be considered:
Interoperability, when it comes to healthcare is one of the processes that make it easier for medical services to share information on patients. It makes the healthcare more efficient — it prevents doing the same tests multiple times on one patient and it helps specialists communicate quickly through the system.
This is why it’s so crucial that this technology continues advancing and moving further while making the job of doctors all over the world as simple and as focused on the problem as possible.
Of course, with so much data which exists in healthcare field, security of that data is one of the top priorities. In recent years we have come across so many examples of how not to handle patient data but now that we are dealing with population Healthcare, we need to be even more careful. That’s why cyber security of the data became an imperative at so many companies.
“Security is something that you should definitely keep an eye on. Whenever you see that there is a new update, make sure that your healthcare organization has it. People are getting more and more skilled at hacking and obtaining data that this has to be a priority,” said Gina Petrelli, a data analyst from OriginWritings and WriteMyX
Because there is such a shortage of trained medical personnel in the world, big data will have to become the main source for point-of-care information. This can improve the current state of health in certain groups as well as establish customization so that every technology can be unique to each culture. It will also help develop safer and more efficient systems across the world.
Big data means that there are many sources and a lot of data to be taken from them — medical professionals will have the kind of information that they usually can’t easily get.
Over the years, there have been some big investments made towards the healthcare technology industry. However, those investments are noticeable now more than ever — technologies are advancing fast and this progress is visible in many areas.
Investments in healthcare information technology has mostly been aimed at technologies that improve efficiency, technology that supports decision making and personalized medicine, technology that empowers patients, technology that protects against cyber attacks and technology that enables remote health monitoring.
Why most investments are made towards these areas is understandable — they contribute to the overall health and safety of populations.
Improvements of EHR
Electronic health records are something that is already in place and has been for some time now. While there are many benefits to this, it can sometimes be a nuisance and a burden to medical professionals. They are often not inter-operable and that causes a lot headaches to doctors across the world. Any technology that allows for easier use and interoperability is going to be well-accepted.
“While we’ve had these technologies for years now, you’ll have to notice that they caused many troubles – security, operating, transitioning from paper to digital. New improvements could change that,” said Dennis Marks, a communication manager at 1Day2Write.
Growth of telemedicine has been steady over the years but the growth will speed up in the future years. This will enable doctors to examine patients using wearables and use that data to assist them in diagnostics, management and prevention later. This is all thanks to MACRA, value-based demands placed upon the providers and so on.
By Poornima Venkatesan, senior consultant, Virtusa.
In today’s value-based care environment, patient engagement is a vital key to success in clinical outcomes. This is especially true for chronic diseases such as arthritis, where continuous care is necessary because of the disease’s physical, emotional and economic impact on patients. Although the advent of specialty drugs in the past decade has made disease control possible, clinicians still face challenges in patient care because patients’ preferences about therapy aren’t often considered.
Understanding patient goals and expectations
While a clinician’s goal is to achieve remission, a patient’s goal could be clinical or nonclinical and varies depending on their individual characteristics and demographics.
Patients from low-income countries such as Morocco expect access to primary care (never mind rheumatologists), support services and education about the disease. The high expenses related to rheumatoid arthritis (RA) in such countries result in poor treatment compliance, school absenteeism in children and deterioration in quality of life. Comparatively, even with excellent health insurance systems in the United States, one in six adults with RA reduce their medication use because of high out-of-pocket costs. Most patients expect cost-effective care. In wealthier countries like the United Kingdom, patients expect increased social connectedness and family support.
Elderly patients expect reduced pain, fatigue and side effects, whereas young adults expect independence and normalcy from their treatments. Women, who are most affected by RA, might expect a lesser impact on family life and childrearing.
If such multidimensional expectations are not met, patients tend to discontinue their treatment. As new biologics and non-biological complex drugs (NBCDs) are developed, patient adherence is essential in determining both therapeutic and potential adverse effects. Studies reveal that frustration towards the method of drug administration (like self-injection) also impacts adherence. In the U.S alone, the total cost of non-adherence is estimated between $100 billion and $289 billion annually.
Therefore, it is important for the patient and the physician to trust each other and have open discussions about treatment strategies and expectations to ensure better alignment and cooperation.
Measuring patient engagement
The first step towards patient engagement is awareness of their current engagement levels. The patient activation measure (PAM) tool is helpful here. PAM measures the attitude and knowledge of patients about the disease and treatments. Studies have proven that highly activated patients have better outcomes via increased medication adherence, resulting in lower healthcare costs through fewer ED visits, hospital admissions and re-admissions. By continuously monitoring activation levels, providers can measure sustained changes in patient behavior and personalize their care programs.
We can also measure engagement levels by taking advantage of data. Data derived from direct [electronic health records (EHR), claims] and indirect sources (wearables) provide a holistic view of an individual patient. Simple analytics applied to population data can predict patient behavior. For example, analytics can help providers know which patients are likely to miss their appointments, which patients will fill their prescriptions on time, and so on. Detailed patient-based data could also lead to better and more accurate diagnoses and treatments.
The 21st century has seen a massive change in the way people live their lives. It is now the digital era, and almost everything is online or made available in electronic form. There are now jobs online. Elections are now run in many countries so that people can submit votes electronically. Hotel bookings and other travel accommodations can be done online. Even bank transactions are done over the web.
One of the most consequential manual-to-digital revolutions is the US government’s drive to create electronic health records (EHRs) from the mountains of filed information for patients. The main aim is to make medical information available to all concerned parties whenever needed. The long term goal is making healthcare significantly more effective.
This policy direction delivered a jolt to the medical IT industry, inspiring hospitals all over the US to start looking for digitalization partners. It has also pushed clinics and hospitals to standardize their functions, especially those that relate to drug formulas.
Because of the scale and promise of these standardization efforts, health and pharmaceutical leaders and administrators are wondering how to best respond and take advantage of the EHR frenzy. Here are some of the ways that pharma companies can plan for the future…
Intensify efforts to get empirical support for product effectiveness.
The digitization of almost everything has bestowed on people the power of more effective insight. The mountains of data that is being digitized can be searched for trends, such as the effectiveness of one prescription over another. Informative resources that allow anyone to immediately refer to them for help in making crucial decisions regarding health are now on the horizon.
To make their products appealing to doctors and patients, pharmaceutical companies can focus on getting empirical support for their claims. They can conduct many forms of scientific analysis on the use and effectiveness of their drugs.
However, be careful not to interpret with the results just so they project only a positive image. Bear in mind that the main purpose of testing is to understand the actual mechanisms at play and eventually get ideas on how to improve. Tests should never be aimed at getting marketing support points, though those are going to be very welcome bonuses if that is what the study uncovers.
By Zachary Blunt, manager of product management population health, Greenway Health
Electronic health records (EHRs) were expected to revolutionize healthcare practices, making them more efficient, reducing costs and enabling them to provide more coordinated care.
But ask healthcare providers about the EHRs they’ve deployed, and the results are far from what was expected.
In fact, more than 60 percent of healthcare professionals rank their return on investment (ROI) for EHR systems as “terrible” or “poor,” according to a recent survey from Health Catalyst. Another study, published in the Journal of the American Medical Association, estimated the costs of billing and insurance-related activities using EHRs ranged from $20 for each primary care visit to $215 for inpatient surgery, totaling 3 percent to 25 percent of professional revenue.
So, why aren’t EHRs living up to the hype and delivering the promised investment? In many cases, it has to do with these systems not being used to their highest potential.
Here’s a look at five steps healthcare practices can take to address challenges resulting from EHR implementation and maximize their ROI.
Get Buy-In Across the Board — from IT to Finance to Front Office Staff
Adopting EHRs to manage clinical activities impacts many revenue cycle-related functions, such as patient registration, insurance eligibility, scheduling and the services/treatments a patient received during each clinical encounter. To achieve ROI, EHRs must be able to improve several operations of a practice and streamline the workflows of different departments. It’s best practice for all clinicians and staff to weigh in before installing new systems or technologies.
Provide Strong Leadership, Communication and Training
Changes in common practices during EHR implementation can result in significant resistance from users or a longer learning curve that hampers efficiency and adds to the cost of the system. To achieve results, healthcare leaders should clearly articulate the EHR implementation plan, prepare themselves for a transition period and develop a training protocol so all users understand their roles in using the system. In addition, users should have a solid background and understanding on how their roles factor into the overall success of the system and the practice at large.
Improve Staffing Efficiency While Improving Operating Margins
Labor costs can account for nearly half of a healthcare provider’s operating costs. But providers often fail to take a strategic look at how adjusting staffing can improve the bottom line. Often, providers use historical averages to determine staffing levels at their practices, resulting in an outlay of overtime pay outside the planned budget when unexpected staffing demands occur. Data from EHR solutions, as well as enterprise resource planning (ERP) sources, can be analyzed to gain a better understanding of historical staffing trends. Accenture estimates that by getting insights from EHR and ERP data, U.S. healthcare providers could save more than $77 billion over the next five years by reducing overtime and overall labor costs.
By Richard A. Royer, chief executive officer, Primaris.
Back in the day – the late 1960s, when social norms and the face of America was rapidly changing – a familiar public service announcement began preceding the nightly news cast. “It’s 10 p.m. Do you know where your children are?”
Today, as the healthcare landscape changes rapidly with a seismic shift from the fee-for-service payment model to value-based care models, there’s a similar but new clarion call for quality healthcare: “It’s 2018. Do you know where your data is?”
Compliance with the increasingly complex alphabet soup of quality reporting and reimbursement rules – indeed, the fuel for the engine driving value-based car – is strongly dependent on data. The promising benefits of the age of digital health, from electronic health records (EHRs) to wearable technology and other bells and whistles, will occur only as the result of accurate, reliable, actionable data. Providers and healthcare systems that master the data and then use it to improve quality of care for better population health and at less cost will benefit from financial incentives. Those who do not connect their data to quality improvement will suffer the consequences.
As for the alphabet soup? For starters, we’re as familiar now with these acronyms as we are with our own birth dates: MACRA (the Medicare Access and CHIP Reauthorization Act of 2015), which created the QPP (Quality Payment Program), which birthed MIPS (Merit-based Incentive Payment System).
The colorful acronyms are deeply rooted in data. As a result, understanding the data life cycle of quality reporting for MACRA and MIPS, along with myriad registries, core measures, and others, is crucial for both compliance and optimal reimbursement. There is a lot at stake. For example, the Hospital Readmissions Reduction Program (HRRP) is an example of a program that has changed how hospitals manage their patients. For the 2017 fiscal year, around half of the hospitals in the United States were dinged with readmission penalties. Those penalties resulted in hospitals losing an estimated $528 million for fiscal year 2017.
The key to achieving new financial incentives (with red-ink consequences increasingly in play) is data that is reliable, accurate and actionable. Now, more than ever, it is crucial to understand the data life cycle and how it affects healthcare organizations. The list below varies slightly in order and emphasis compared with other data life cycle charts.
Find the data
Capture the data
Normalize the data
Aggregate the data
Report the data
Understand the data
Act upon the data
One additional stage, which is a combination of several, is secure, manage and maintain the data.
Find the data. Where is it located? Paper charts? Electronic health records (EHRs)? Claims systems? Revenue cycle systems? And how many different EHRs are used by providers — from radiology to labs to primary care or specialists’ offices to others providing care? This step is even more crucial now as providers locate the sources of data required for quality and other reporting.
Capture the data. Some data will be available electronically, some can be acquired electronically, but some will require manual abstraction. If a provider, health system or accountable care organization (ACO) outsources that important work, it is imperative that the abstraction partner understand how to get into each EHR or paper-recording system.
And there is structured and unstructured data. A structured item in the EHR like a check box or treatment/diagnosis code can be captured electronically, but a qualitative clinician note must be abstracted manually. A patient presenting with frequent headaches will have details noted on a chart that might be digitally extracted, but the clinician’s note, “Patient was tense because of job situation,” requires manual retrieval.
Normalize the data. Normalization ensures the data can be more than a number or a note but meaningful data that can form the basis for action. One simple example of normalizing data is reconciling formats of the data. For example, a reconciling a form that lists patients’ last names first with a chart that lists the patients’ first name first. Are we abstracting data for “Doe, John O.” or “John O. Doe?” Different EHR and other systems will have different ways of recording that information.
Normalization ensures that information is used in the same way. The accuracy and reliability that results from normalization is of paramount importance. Normalization makes the information unambiguous.
Aggregate the data. This step is crucial for value-based care because it consolidates the data from individual patients to groups or pools of patients. For example, if there is a pool of 100,000 lives, we can list ages, diagnosis, tests, clinical protocols and outcomes for each patient. Aggregating the data is necessary before healthcare providers can analyze the overall impact and performance of the whole pool.
If a healthcare organization has quality and cost responsibilities for a pool of patients, they must be able to closely identify the patients that will affect the patient pool’s risks. Aggregation and analyzing provides that opportunity.
Medical innovators can’t come up with ways to implement 3D printing into categories of healthcare fast enough. With so many practical applications, 3D printing is quickly becoming a technology realized for its untapped potential and seemingly limitless possibility to transform healthcare.
3D printing alone has many applications across a wide range of industries — for one example, advancements in health data are benefiting nursing and patient care. As 3D printing continues to be combined with the innovations in health data, it will further revolutionize patient care, lower healthcare costs, expand the field of nursing, and improve modern medicine as we know it. How will 3D printing and health data do this?
Below is an extensive look at how innovations in health data are changing healthcare fields, and how 3D printing will further reform these sectors, allowing for advancements in both medical practice and patient care.
Home healthcare benefits patients who would like personal care in the comfort of their own home. Elderly and disabled patients don’t have to travel to have minor care done, and patients who have such diseases as HIV and are worried about discrimination or bias can have their privacy. Home-based care allows for specialized care for the patient, rehabilitation, and the close monitoring of vital signs for health and wellness, without the trouble of an in-person office visit. This convenient transfer of data through new technology makes it increasingly easier for caregivers, whether it be family members or professionals, to care for patients on their terms.
ASU reports, “75.2 percent of nurses agree that telemedicine makes their job easier.” Telemedicine is another sector of healthcare made possible by the accessibility of telecommunication technologies such as videoconferencing. Through videoconferencing, a professional is able to listen to a patient’s concerns and diagnose illness or injury from a remote location. This gives the patient another level of privacy and both parties freedom and independence. Telemedicine cuts healthcare costs, as a physician doesn’t need to physically travel to a patient every time a minor checkup is needed.
EHRs and CPOEs
Electronic health records, or EHRs, are just that: electronic patient health documents that provide real-time information. Medical history, treatments, and diagnoses can be constantly updated along with other details such as allergies and current medications. An infographic by Duquesne University highlights the increased reliance on EHRs while illustrating patient data in the age of technology.
CPOEs, or computerized provider/physician order entries, are a better way to order medication and control the dosage and frequency at which the medication is administered. This efficient method of ordering pharmaceuticals reduces error and abuse, and therefore diminishes illness and injury. As Scott Rupp writes, CPOEs are “foundational for meaningful use. Make sure it’s easy to use and intuitive.”
Involvement of 3D Printing
In its infant stages, 3D printing is being utilized to make hearing aids, prosthesis, skin for burn victim patients, heart and airway splints, and much more. Showing potential for almost every aspect of healthcare, 3D printing, combined with the innovations in health data above, will transform these fields for even more accessible, affordable, and convenient healthcare.
3D printing can be applied to home health care, telecommunications, EHRs and CPOE in a number of ways. A professional can diagnose the atrophy of a leg, order the rehabilitation of walking, 3D print a prosthetic, and monitor the progress all while a patient is at home. In another instance, home healthcare and telemedicine can diagnose that a patient is ill, EHRs and CPOEs will allow for a better determination of what medication to order, and 3D printing can be used to print the medication for a patient
More accessible healthcare means more easily affordable healthcare, and with the involvement of 3D printing home-based care, telemedicine, EHRs, and CPOEs, healthcare will be transformed and turned on its ear. Patients who desire privacy, or are not mobile, will be able to get the care they need at home, while professionals will be able to stay in the office to help people with more immediate and urgent matters.
As mentioned above, 3D printing is in its infancy stages for many of these processes. An argument can be made that 3D printing will make home care, telemedicine, EHRs, and CPOEs more expensive — and that’s true, but only for now. As 3D printing becomes more of a norm in the medical field, and it will with its promising applications, the cost will decrease. As 3D printing becomes a normal process in these fields, it will increase patient care and make healthcare more accessible and more easily affordable.
Many hospitals and healthcare organizations say they’re committed to moving to a paperless or paper-light environment. Greater document digitization is key to a more seamless flow of information within the healthcare enterprise, increasing worker productivity and reducing costs while also enhancing patient data security and ultimately improving quality of care.
Electronic health records (EHRs) are viewed as a foundational component of this strategy. In 2016, more than 95 percent of all eligible and critical access hospitals demonstrated meaningful use of certified health IT including EHRs, according to Health IT Dashboard. The conventional wisdom would lead some to expect subsequent decline in paper usage, but quite the opposite is happening.
Studies have shown that despite the growing adoption of EHRs and other digital technologies, paper in the healthcare enterprise remains prevalent – and is even growing. Experts say hospitals are seeing as much as an 11 percent increase in their annual print volumes driven by the Meaningful Use program, the Affordable Care Act, ICD-10, and the adoption of electronic record-keeping.
Why is this happening? Sometimes we find that physicians to not yet fully trust EHRs. Approximately 27 percent of a doctor’s time is spent with patients, the rest being spent on office work, documentation and EHRs – a common source of physician frustration. Also, disjointed processes of gathering paper-based information from a variety of points within a facility lead to delays in uploading this information to the EHR – leading to physicians keeping copies of patient files on hand.
EHRs alone are not enough to decrease the mountains of paper in hospitals and healthcare facilities. Organizations should consider augmenting EHRs with the following capabilities:
Integrated Document Workflows
Even healthcare organizations that have achieved late-stage meaningful use continue to print and process high volumes of paper for assorted reasons – from patient admissions and discharge, to belongings and consent forms, to prescriptions and pharmacy records. The benefits of EHRs can only be achieved insofar as they are integrated with digitally-based document workflows – the series of electronic steps by which a process is executed.
Consider physicians submitting prescriptions to pharmacies. When the EHR is directly integrated into this process, it can be automatically flagged if the patient is on another medication or has an existing condition which could cause an adverse reaction. If the EHR is not integrated, the entire process is disjointed and not as seamless and safe as possible. Or, consider the discharge process – when the EHR is integrated, discharging physicians have immediate access to patient files and charts – negating the need to print this information. Furthermore, studies show that “hybrid” paper-electronic workflows are ripe for error.
Now that at least 96 percent of hospitals have implemented an electronic health record (EHR) most organizations are facing the reality that the technology has not truly helped them achieve their clinical quality and financial goals.
Electronic, enterprise-wide data is essential to manage highly complex, high-cost patients that providers care for every day. However, EHRs typically do not deliver the insight or tools providers need to manage these high-risk or the near high-risk patients when they are not in the hospital.
If the EHR does offer such population health management (PHM) capabilities, it typically requires an excessive amount of manual data access and manipulation, leading to even greater costs. That means patients who require more intensive care support at home, or who could highly benefit from timely and targeted intervention, face care delays simply due to lack of provider resources.
The Medicare Access and CHIP Re-authorization Act (MACRA) of 2015’s Merit-based Payment System (MIPS) brings this challenge into clear focus, highlighting how individual providers and healthcare organizations need automated patient interventions to efficiently deliver care throughout the continuum. Automation and more precise outreach not only helps care managers work more efficiently, but it also forges stronger engagement between providers and patients for long-term clinical quality and financial gains.
Gaps In Technology Capabilities
According to a recent survey conducted by our company of more than 800 healthcare professionals, most organizations seem to understand how crucial PHM technology is to MIPS success. Few professionals, however, are apparently taking full advantage of available opportunities to better their organization. For example, 80 percent of healthcare professionals reported they have the necessary technology for PHM or to manage MIPS performance, but only 30 percent reported they are able to automate interventions across populations.
Automating interventions is becoming a critical piece of PHM to reduce the significant resources required to analyze data and conduct outreach. Currently, a care manager can spend approximately 40 percent of their time just searching for patient data, while PCMHs require 59 percent more staff per provider to fulfill care management requirements.
Streamlining the data aggregation combined with technology that continuously analyzes data and initiates communication with the patient will eliminate the manual efforts that burden the care managers and providers assigned to PHM today. More importantly, such technology delivers consistency and predictability for patient interventions, an essential component to modify patient behavior and yield successful outcomes.
Yielding More Precise Guidance
Guidance to deliver precise and effective interventions and outreach is possible, yet very limited if confined to single-practice EHR data alone. By only utilizing a provider’s own patient data, organizations will be limited to a partial view of a designated population and the accuracy of patient care-gaps will be substantially degraded. Numerous other data sets, including EHR data captured from unaffiliated providers as well as non-clinical sources, must be included for more accurate outcome predictions and targeted interventions.
For example, by including data from community providers that co-manage patients, data from regional and national HIEs (Carequality/Commonwell), as well as other key data points concerning social determinants of health will yield much more accurate risk scoring and prioritize patients for interventions. Information such as patients’ nearby relatives, home address, and car ownership can change frequently and be incorporated into sophisticated algorithms that help predict behaviors and outcomes.
A care manager can then use those analytic capabilities to stratify these patients into risk categories for more frequent interventions that can be initiated automatically based on pre-defined rules. Patients at varying risk levels for acquiring Type-2 diabetes, for instance, may need different levels of support from the provider to help them make the healthcare and lifestyle choices to better manage their health and improve their outcomes.