• Electronic health record (EHR) systems are essential to provide the highest quality care while maximizing profits.
• The implementation process can take time, but the benefits of electronic medical records (EMR) over paper records far outweigh the costs.
• Including your staff in the decision-making process can help your organization adopt an EHR system quickly and efficiently.
• This article is for healthcare administrators who want to know each step of the EHR implementation process.

The healthcare industry’s transition from paper records to electronic medical records (EMR) has been a rocky, winding road. While electronic health records (EHR) systems have been the bane of some healthcare providers’ existence, their implementation is essential to maximizing profits and delivering a modern standard of care to your patients.

Fewer stages of the EMR adoption journey are more arduous than the implementation phase. This phase is where the most problems occur and where shortcuts could lead to catastrophic issues later on. A botched EHR implementation can damage your revenue cycle for months, reduce patient confidence and harm your relationships with other healthcare providers. Moreover, a failing implementation might cause you to incur penalties from the federal government if your interim recordkeeping doesn’t meet regulatory standards.

Here’s how to make sure your medical practice avoids a crisis scenario when transitioning to a new EHR system.

Editor’s note: Looking for the right EMR system for your business? Fill out the below questionnaire to have our vendor partners contact you about your needs.

What is EMR implementation?

EMR implementation refers to the integration of software into a healthcare organization’s workflow. Steps in this process include selecting and preparing the EMR software, ensuring compliance with privacy and security, training the care team, and troubleshooting any issues that arise. Taking the time to implement EMR thoughtfully will help smooth the transition and benefit your practice, your patients and your staff.

While some providers may be concerned about the costs and time associated with EMR systems, their implementation is vital to improving both patient care and efficiency within a practice. EMRs have been shown to increase quality of care, patient outcomes and safety, as well as enhance communication between patients and providers. EMR systems also streamline scheduling and patient data management processes, thus freeing valuable time for healthcare providers.

Key takeaway: Preparing and implementing EMR software takes time and money, but it can vastly Boost an organization’s efficiency and patient care outcomes.

How long is the implementation process?

The EMR implementation timeline will vary based on several factors, including the complexity of the system, the size of your organization or practice, and the location of the server (cloud-based versus on-site). As a general estimate, a healthcare organization can set up a novel EMR system within a year. EMR implementation for smaller practices (or modifications of an existing system) may take six to nine months, and cloud-based systems may take weeks rather than months.

Key takeaway: The size of your organization and the complexity of your existing system are two primary indicators of the time commitment required to implement an EMR solution. Generally speaking, most facilities will be up and running in six to nine months.

Steps of implementation

1. Plan your implementation EMR road map.

The first step of implementing an EMR system is creating a checklist of all the steps you anticipate will need to be completed. Consider carefully who will need to complete which task, such as your healthcare providers, managers, IT staff and patients.

Critical tasks include stakeholder recruitment, budget planning, scheduling implementation, transferring data, providing training and live testing, and establishing go-live activities and metrics for success. Collaborative project management software, such as Google Sheets and Trello, can be an especially helpful tool in developing a road map.

2. Define your budget.

The exact cost of EMR implementation will depend on both the software’s features and the size of your organization. Hardware and network upgrades, vendor training and consultant fees, data backups and storage, and cost per employee can all affect your costs.

You also should consider the initial loss in productivity that comes in the early stages of EMR implementation. Providers and staff will need dedicated time for training, which may come out of their patient care hours, and they may require time additional time beyond that to adjust to the new system. Once the system is fully implemented, however, your organization can benefit from a more streamlined workflow and overall increased productivity.

3. Configure the EMR system.

The first step in setting up a new EHR is doing a system configuration, which is essential to accurately represent the details of your medical practice and your patients’ information within the software. That means programming in the location(s) of your practice and the providers who will be using the system. You also need to design your practice’s clinical workflow, which includes the creation of clinical templates. Templates are required to meet Meaningful Use and Physician Quality Reporting System standards outlined by federal regulations. Following those rules is critical to ensure your practice does not incur Medicare payment penalties.

During the system-configuration phase, your EHR will be integrated with your practice management (PM) system if it is not already. Also, any data stored within your old system will be migrated to the new one in this phase.

“An important component of putting a complete PM and EHR system in place is conducting a data import from the legacy system to the new system,” Adam Siegel, an EHR consultant, told Business News Daily in an earlier interview. “A new software system will not automatically convert patients from one system to another. This is a complex process that must be facilitated by technical experts.”

4. Begin enrollment and credentialing.

Enrollment and credentialing, which details how you are paid, depends to some extent on the responsiveness of the payers. At best, changing payer enrollment from one PM system to another will take a couple of weeks, and at worst, the process can drag on for a few months. It’s imperative that you include enough time in the implementation process in case the enrollment and credentialing step takes longer than expected.

“Enrollment and credentialing is critical for accurate and consistent payment from insurance companies,” Siegel said. “The process can be drawn out depending on payer responsiveness and if the practice is represented as a group or individual providers.”

Getting this step right is crucial to ensuring smooth operations for your future revenue-cycle management, including the receipt of accurate, consistent and timely payments from insurance companies. Still, you won’t want it pushing back your “go live” date, which would hinder your medical practice’s operations.

5. Optimize the workflow.

Outline each step of your organization’s current workflow, then ask the following questions:

• Is it necessary?
• Does it add value for the patient?
• Is it being done in the right order and by the right person?

For certain processes that are done by a physician, ask the following questions:

• Does this require a physician’s skills or training?
• If not, can someone else complete this task?

By optimizing your workflows before EMR implementation, you can increase the likelihood of a smooth rollout and minimize any inefficiencies in the use of EMR.

6. Train your team.

Even the best software on the market is useless if staff isn’t trained on how to properly use it. Training will vary based on your practice’s specific workflow, the different roles of your staff members and their preferences on how to engage with the new system. There are several different ways to bring staff members up to speed, but the key is to begin training a short time before the new EHR goes online so staff members retain as much of the information as possible.

“Training is best done within a couple weeks of the go live date,” Siegel said. “This ensures that new workflow and process will be fresh in the minds of the staff. … Staff interact with their [practice management] and EHR systems constantly, and it’s important that they adopt the new system and look for ways to use it as efficiently as possible.”

Training options range from self-paced distance learning, which is the most affordable and simplest, to on-site, instructor-led training, which is a comprehensive, in-person program. Self-paced distance learning involves studying user guides and watching instructional videos. Of course, on-site training costs more, since a professional integrator must travel to your practice to train your staff, but in-person training can provide your staff with one-on-one time with an experienced instructor who knows the ins and outs of the new system. Siegel recommended choosing less-robust training methods for practices with a smaller staff and going with on-site training for large practices or hospitals.

7. Troubleshoot the system and mitigate risk.

EHR software is complex and far-reaching, so be prepared to engage in troubleshooting and risk mitigation. As Siegel puts it, “The implementation process as a core principle involves stopping revenue through one channel and restarting it through another.”

Naturally, this is a delicate and risky thing to do. Here are a few suggestions to protect yourself against some of the potential issues surrounding implementation:

• Choose a system with a friendly user interface. Any EHR system can either streamline or hinder operations in your medical practice. To ensure the new system has the desired effect, make sure the user interface of the system you choose is intuitive and simple to learn. This will help make the transition easier for your staff and increase the effectiveness of your system, all without depressing productivity.

• Include your staff in the decision-making process. The best way to determine how prepared your staff is to adapt to the new system is by including them in the decision-making process. Do they find certain interfaces friendlier than others? What does their preferred workflow look like? What kind of training would they find most helpful? These questions can help you choose a system with your staff in mind and make adoption of the new system much easier for them in the end. Involving each of the different departments in your practice during the decision-making process provides invaluable insight when making a final choice.

• Integrate all software with your new PM/EHR system. “Many practices use additional software products to provide the full spectrum of solutions needed to run an efficient modern medical practice,” Siegel said. “This starts with integrating any additional systems with the new PM and EHR software. Products like appointment-reminder systems and interfaces with lab and imaging systems are critical to practice efficiency and shouldn’t be overlooked during the conversion process.”

• Honestly assess your practice before implementation begins. Providing an honest and accurate assessment of your medical practice’s current finances, workflow and capabilities is a major part of devising a successful implementation. Through this assessment, and during the development of clearly stated future goals, a practice’s administration can more effectively set and track metrics of success for the new system.

“A practice should have a clear understanding of how their complete practice will operate on the new system by the time they sign the contract and begin the implementation process,” Siegel said.

The payoff of a fully implemented EHR system

At the end of the implementation process, your practice will have a fully functioning, modern EHR system that will hopefully Boost both the quality of healthcare services you provide and your practice’s profitability. Most practices implement new software only once or twice, and if it’s done right, the rewards are exceptional.

Some of the benefits your practice should realize are:

• A more optimized day-to-day workflow and friendlier user experience
• More efficient, timely and comprehensive medical care for patients
• More complete documentation of patient visits and rendered services
• Greater patient satisfaction due to decreased wait times and simplified billing
• More efficient scheduling and increased appointments, as well as reductions in no-shows and cancellations
• Increased revenue and claims accepted by payers on the first submission, as well as a reduction in the amount of aging accounts-receivable in collections
• Improved connectivity with labs, hospitals and specialists that work with your practice

“By visualizing a modern medical practice and putting in place the right tools to manage it, a practice can put themselves in a grounded position of system optimization and excellence in performance poised for future growth,” Siegel said.

Key takeaway: Although EMR implementation requires a time, energy and monetary commitment that may seem daunting, the many benefits of these systems far outweigh the costs.

Additional reporting by Sean Peek. Some source interviews were conducted for a previous version of this article.

Editor’s note: If you need help choosing the EMR system that’s right for you, use the questionnaire below to receive more information from our vendor partners.

• Electronic claims are any medical claims you create and submit digitally, with no paper or postage trail.
• Electronic claims submission can save medical practices invaluable time and money while improving claims quality and tracking.
• You can submit electronic claims through either self-service or outsourced full-service models.
• This article is for medical practice owners interested in learning more about electronic claims in medical billing.

Electronic claims in medical billing are rapidly becoming the industry standard. Surely you’ve noticed this, and if you’re not already submitting most or all of your claims electronically, you might be thinking of making the switch. This guide to electronic claims can help you transition. Read on to learn why electronic claims might be right for you and how to get started.

What is an electronic claim?

An electronic claim is any medical claim created entirely digitally without any paper or printing, usually within a medical software solution that includes a medical practice management system. You can create and file them yourself or outsource the process to medical billing services. Our medical billing best picks page can point you to the service best for your practice’s needs. Once you’re set up with the right service, you can submit your claims electronically to payers rather than sending paper HCFA forms by mail.

Tip: Looking for a medical software to create electronic claims? Consider our medical software best picks page for reviews of some of the top solutions on the market.

Benefits of submitting claims electronically

In 2013, the American Medical Association and the Connecticut State Medical Society published a joint paper detailing the benefits of using electronic claims in medical billing. The two healthcare authorities indicated these key benefits of electronic claims:

• Time savings: Printing and completing manual forms is a painstaking process that just can’t be automated. Your medical billing service can compile electronic claims in a fraction of the time through automation processes that minimize errors. It can then submit these error-free claims almost immediately. Fewer errors, of course, means fewer claim rejections, which could Boost your cash flow.
• Resource savings: Creating and submitting manual medical claims requires lots of front-office staff time, not to mention a budget for postage. Neither of these conditions applies to electronic claims. In fact, the research found that switching from manual to electronic billing can lead to annual cost savings as high as 60%.

Did you know? Ditching manual processes in favor of submitting electronic claims can cut your costs by up to 60%.

• Claim scrubbing: Even the most experienced medical billers and coders are bound to miss errors when double-checking claims. After all, they are human. Computers and machines are much more accurate. Claim scrubbers, which are fully automated, rapidly catch claim errors and flag them for correction before payer submission.
• Integrated clearinghouses: Sending claims via mail introduces all kinds of potential delivery errors. Your claims could get lost, or you could send them to the wrong address. The integrated clearinghouses that drive the online medical billing process instead direct your claims exactly where they should go in just seconds. As a result, you can submit your claims to payers almost immediately.
• Claim tracking: If you send claims by postal mail, you won’t know they’ve reached the insurer unless you pay extra for tracking. Even if you do pay for tracking, you won’t know your claim’s status after delivery until the payer sends you an acceptance, rejection or denial in the mail. With electronic claims, you can instead see your claims’ real-time status every step of the way through a detailed audit trail.
• Faster payer reimbursement: Postal mail can take several days to reach its destination. If you’re sending a claim or awaiting reimbursements via postal mail, the process can add unnecessary delays to the billing cycle. Conversely, electronic claims go through instantly, and payers can reimburse you the moment they approve your claims. Any billing cycle delays will be eliminated.
• More accurate accounts receivable: You’re probably well aware that a substantial amount of your practice’s potential revenue and cash are held up in accounts receivable (AR). You’re also probably familiar with the frustrations that come with keeping accurate tabs on your accounts receivable. Since electronic claims accelerate the reimbursement process and track all claims, they streamline and Boost all things AR.

How to submit electronic claims

You have two options for submitting electronic claims in medical billing:

1. Self-service electronic claims

If you handle your electronic claim creation and su `bmission in-house, your process is self-service. Your choice of medical billing partner can determine whether your claims process is self-service. For example, since athenahealth’s revenue cycle management services require that you keep a medical biller in-house, your process will be at least partially self-service.

For self-service electronic claims, either practitioners like you or, more commonly, your front-office staff will create and submit the claims in question. The self-service model is often straightforward if your practice works with relatively few payers. In this case, each payer likely has specific software you can use to create and file your claims. Things get slightly more complicated if you work with several payers. 

Multi-payer practices typically turn to integrated clearinghouses to reduce their billing complexity, but doing so leaves you with a choice. Do you submit files you’ve created, or do you enter data directly into the clearinghouse? File submission can be a viable choice if your practice management software (PMS) can easily compile claims into a single file. Data entry is better if you lack PMS or prefer to fill out electronic claims yourself.

Of course, file submission and data entry somewhat de-automate the electronic claims filing process. However, they can be considerably less costly than fully outsourcing your medical billing. That said, they can get expensive if you add functions for insurance information checks, electronic remittance advice (ERA) statements and other things. Many practices find it worthwhile to pay for the full service that comes with outsourced medical billing.

2. Full-service electronic claims

Full-service electronic claims are virtually synonymous with outsourced medical billing. Third-party medical billing companies typically need just your patients’ basic information and a summary of the services you provided to create electronic claims. They can then quickly convert this information into properly formatted and coded claims. Before submitting these claims to payers, the billing service will run them through claim scrubbers to maximize accuracy.

Your medical billing service will also oversee everything that happens between when your claim is submitted and when you’re reimbursed. If claims are rejected or denied, your medical billing service will handle resubmission or seek patient payment. For transparency throughout the process, you can keep track of your claims’ real-time progress through your medical billing company’s software. User-friendly options such as Kareo are especially helpful for navigating the muck and mire of what’s often a convoluted process.

Medical billing services result in an extremely hands-off approach to your electronic claims. For thinly spread practices, this approach is invaluable – well, until you consider the cost. Most medical billing companies retain a percentage of your practice’s monthly collections – typically as low as 2% and as high as 9% – for their work.

FYI: Most third-party medical billers charge 2% to 9% of your practice’s monthly collections for their services.

You might be panic that outsourced medical billing can quickly become unaffordable. However, a broader view of medical billing may show that outsourcing is worth the cost. Think about the money lost to the errors you or your thinly spread staff often make when rushing through claims. That alone can exceed the cost of outsourced medical billing. The upfront costs of outsourced medical billing services often pay for themselves in the long run.

Over the past decade both clinicians and researchers have increasingly discovered that electronic health records are not always user friendly and may result in unintended consequences that compromise patient safety. In a recently published paper in the Journal of the American Medical Association, researchers from Baylor College of Medicine and their collaborators suggest a five-point action plan to Boost the usability and safety of health information technology moving forward.

“People expected information technology in healthcare to work similar wonders as elsewhere, such as on our phones, so expectations were naturally high when electronic health records were implemented nationally. But healthcare is much more complex, and usability and safety challenges have emerged,” said senior author Dr. Hardeep Singh, chief of the Health Policy, Quality and Informatics Program at Houston VA’s Center for Innovations in Quality, Effectiveness and Safety (IQuEst) and professor of medicine at Baylor.

Based on lessons from a decade of initiatives to attempt to solve usability challenges, researchers describe a five-point action plan for progress.

Create a national database of usability and safety issues

To monitor and Boost healthcare information technology usability and safety, a national reporting system should be established. Clinicians or patients should be able to easily report issues in the database. Not only will this promote transparency, but report analysis could reveal common unsafe conditions at a national level and inform actionable recommendations to mitigate risks.   

Establish basic design standards

Similar to other industries such as transportation and aviation, there should be some design standards for how information is displayed within electronic health records. Previous work by Singh and his colleagues found lack of any standards to display graphs of diagnostic test results in several electronic health records.

Unintended harms must be addressed

Usability issues could arise from several different sources, such as vendor design and development, vendor and healthcare organization implementation, and customization by the healthcare organization. Thus, multiple parties need to collaborate to fix issues through shared responsibility. For example, vendors may include a clause in their contracts that shields them from liability from software design problems. Policymakers should examine these clauses to determine whether they prevent accountability and remove them.

Simplify mandated documentation requirements that affect usability

Some federal documentation requirements can have the unintended consequences of increasing workload of clinicians during patient care; some requirements may not even be clinically relevant. Documentation requirements should first be simplified because of their adverse effect on usability, following which electronic health record display and workflow should be modified to let clinicians focus on patient care.

Develop standard usability and safety measures so progress can be tracked, and the market can react

Because there are no standard measures of usability, electronic health records cannot be compared directly on their usability. Researchers suggest that such measures should be developed and test case scenarios should be used to determine how an electronic health record would work in the real world and not just in the lab where it was developed and designed. They propose that these test case scenarios should become part of the Office of the National Coordinator for Health Information Technology’s certification program.

“Our recommendations are based on strong scientific foundation and could advance the dialogue on how to Boost usability and safety of electronic health records over the next decade,” Singh said. He has previously co-chaired the National Quality Forum’s report on health information technology and patient safety and co-developed the ONC Safer Guides that provide national guidance on safe use of electronic health records.

Other contributors to this work include Dr. Raj M. Ratwani and Dr. Jacob Reider. The authors are affiliated with one or more of the following institutions: MedStar Health National Center for Human Factors in Healthcare, Georgetown University School of Medicine, Alliance for Better Health, and/or Albany Medical College.

Dr. Singh is supported by the VA Health Services Research and Development Service (CRE12-033; Presidential Early Career Award for Scientists and Engineers USA 14-274), the VA National Center for Patient Safety, the Department of Veterans Affairs, the Agency for Healthcare Research and Quality (R01HS022087), the Gordon and Betty Moore Foundation, and the Houston VA HSR&D Center for Innovations in Quality, Effectiveness and Safety (CIN 13–413). Dr. Ratwani is supported by grants from the Agency for Healthcare Research and Quality (R01 15 HS025136-01A1 and R01HS025136-02). Dr. Reider was employed by the U.S. Department of Health and Human Services from 2011 to 2014 and the Allscripts Health Solutions from 2008 to 2010.

In today's digital age, electronic health records (EHR) have become prevalent in the medical field. But what exactly is an EHR, and how does it benefit healthcare providers and patients? This comprehensive guide will delve into the ins and outs of electronic health records, including the history, key features, and the benefits and challenges of implementing EHR systems.

What is an Electronic Health Record (EHR)?

EHR is a digital mode of a patient's medical history and health information. It includes a wide range of data, such as demographics, medical history, medications, immunisation records, laboratory test results, and treatment plans.

Unlike paper records, which can be lost, damaged, or difficult to access, EHRs can be easily shared and accessed by authorised healthcare providers, improving the efficiency and effectiveness of patient care.

For example, ABHA Id. ABHA (Ayushman Bharat Health Account) Address is a unique identifier allowing individuals in India to digitally access and share their health records.

The ABHA ID serves as a secure online repository for an individual's medical data, allowing them to grant access to medical professionals as needed. It can be particularly useful in emergencies, where quick access to medical records can be critical.

In addition to improving the healthcare experience of individuals, the Abha ID system has the potential to Boost population health management by enabling healthcare providers to track and monitor the health of large groups of people.

History Of Electronic Health Records

Electronic health records can be traced back to the 1960s when the U.S. Department of Defense developed the Comprehensive Health Record (CHR) for military personnel. In the 1980s, the World Health Organization (WHO) began promoting EHRs to Boost healthcare quality and safety.

In the 1990s, the term "electronic health record" began to be widely used, and the development of EHR systems accelerated with the widespread adoption of the Internet. In 2004, the U.S. government passed the Health Insurance Portability and Accountability Act (HIPAA), which specified national standards for the electronic exchange of healthcare information.

Key Features Of EHR Systems

EHR systems vary in terms of their capabilities and features, but most include the following:

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Feb 02, 2023 (The Expresswire) -- Electronic Health Records Software Market Size is projected to Reach Multimillion USD by 2029, In comparison to 2022, at unexpected CAGR during the forecast Period 2023-2029.

Final Report will add the analysis of the impact of Russia-Ukraine War and COVID-19 on this Electronic Health Records Software Industry.

The MarketWatch News Department was not involved in the creation of this content.

According to a market research study published by Contrive Datum Insights, North America dominated the global market for electronic health record software and held the biggest revenue share, Europe is second to North America in terms of electronic health record software market revenue share

Farmington, Jan. 30, 2023 (GLOBE NEWSWIRE) -- The Electronic Health Records Software Market was valued at USD 14.2 Billion in 2022 and is projected to grow at a CAGR of 9.1% during the forecast period 2023-2030. The global market for software that maintains electronic health records is anticipated to increase by hundreds of millions of dollars between 2023 and 2030. Electronic health record (EHR) software is typically used to collect and digitally store patients' medical information in a systematic manner. This software makes it easy to obtain more information about a patient, hence improving the overall productivity and effectiveness of patient care.

Request trial Copy of Report “Electronic Health Records Software Market - Global Industry Analysis, Size, Share, Growth Opportunities, Future Trends, Covid-19 Impact, SWOT Analysis, Competition and Forecasts 2022 to 2030”, published by Contrive Datum Insights.

It is anticipated that the use of EHR will increase over the next few years because to its various capabilities, ease of use, and applicability in numerous healthcare settings. Additionally, the use of artificial intelligence (AI) to anticipate clinical outcomes based on HER has altered the patient experience by improving care, and AI's role in the creation of EHR software has contributed to the market's expansion. During the COVID-19 outbreak, electronic health record software played a crucial role in maintaining patient records.

Electronic Health Records Software Market Recent Developments:

• In June of 2021, Datavant and Ciox Health agreed into a definitive agreement to build the largest health data ecosystem in the country. It will facilitate the interchange of patient-level data between patients, providers, payers, health data analytics firms, patient-facing applications, government entities, and life science companies.

• In May 2021, the federal Centers for Medicare and Medicaid Services (CMS) issued a proposed regulation titled "the Inpatient Prospective Payment Systems Rule" that will alter the way electronic health records support care. The modifications would update how hospitals share information through electronic health records systems, allowing physicians and nurses to supply the best possible care.

• In April of 2021, Microsoft Corporation bought Nuance Communications, Inc. with the intention of empowering healthcare providers via ambient clinical intelligence and other Microsoft cloud services.

Story continues

Electronic Health Records Software Market Segmentation Analysis:

By type, the global market for electronic health record software is divided into the Ambulatory, Acute, and Post-Acute segments. In 2021, it is projected that the acute EHR category will hold the biggest market revenue share. This market sector is rising due to the implementation of electronic health records in small-scale services. In the United States, for instance, acute care clinics qualify for the Medicare incentive payment programme under the Prospective Inpatient Billing System (IPPS). The electronic health record for acute care generates patient data that include all clinical facts. In addition, these details are applicable to intensive care, emergency services, hospitalisation, and operating room requirements.

Based on product insights, the global electronic health record software market is segmented into web-based and client-server software. In 2021, it is projected that web-based EHR would have the biggest market revenue share. The growth of this market segment is due to its popularity among small-scale healthcare providers and physicians. Web-based EHRs can be installed without requiring in-house servers and provide considerable customization and enhancement options.

By End-User, the global electronic health record software market is segmented into Hospitals and Ambulatory. The Hospital EHR sector is predicted to hold a sizable percentage of market revenue in 2021. This segment's growth can be attributed to hospitals' collection of huge amounts of medical data. In addition, the installation cost of EHR software is far less than that of ambulatory care centres, which are the driving force of the market..

Regional Outlook:

In 2021, North America dominated the global market for electronic health record software and held the biggest revenue share. Government initiatives that encourage the adoption of EHR software and the presence of a robust healthcare infrastructure with high levels of digital literacy have contributed to the expansion. In March 2021, TELUS HealthCare will launch the next step of the digital integration of its employer-focused virtual care service, Akira by TELUS Health, with its electronic medical records.

Europe is second to North America in terms of electronic health record software market revenue share. Increasing research and development in healthcare and EHR industry need. The Digital Single Market policy of the European Commission enables the spread of the digital network and related services, which is anticipated to contribute to the expansion of the European economy. In February 2022, the European Commission, for instance, announced plans to invest €292 million in digital technology. Examples include blockchain infrastructure in Europe, digital solutions for improved government services, Artificial Intelligence (AI) for crime prevention, and AI testing facilities.

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Scope of Report:

Market Drivers:

During the forecast period, technological advancement is predicted to drive the market for electronic health record software. AI-generated software integrates flawlessly and offers a variety of features. Machine learning and natural language processing can aid in documenting a patient's medical history, organising massive databases to retrieve vital documents, and assessing patient satisfaction. The combination of machine learning mode and natural language processing can aid healthcare professionals in translating speech-to-text recognition systems.

Market Restraints:

The cost of software for electronic health records inhibits market expansion. It is exceedingly costly to develop, implement, and maintain software for electronic health records. Due to their high cost, EHRs are difficult to implement in most emerging economies. In addition, developing AI-based algorithms and programmes is too costly for underdeveloped nations, which has hampered the business somewhat. Lack of qualified personnel and information on how to employ complicated AI and machine learning algorithms, as well as a lack of IT infrastructure in low-income nations, are anticipated to hinder the growth of the electronic health record software industry. Therefore, the high cost of EHR technology hinders industry expansion.

Market Opportunity:

As a result of government initiatives, industry acquisitions, collaborations, and implementations, electronic health record (EHR) software is increasingly utilised throughout the world. Governments are implementing measures to alleviate the administrative costs that EHR imposes on healthcare providers.

Electronic Health Records Software Market Key Segments Covered:

Top Market Players:
Allscripts Healthcare, LLC, GE Healthcare, Cerner Corporation, Epic Systems Corporation, McKesson Corporation, NextGen Healthcare, Inc., CureMD Healthcare, Medical Information Technology, Inc., AdvancedMD, Inc., Greenway Health, LLC, and Others.

By Type:

• Ambulatory

• Acute

• Post-Acute

By Product:

• Web Based

• Client-Server Based

By End-User:

• Hospital

• Ambulatory

  • Physicians Clinic

  • Pharmacy

  • Laboratories

Regions and Countries Covered

• North America: (US, Canada, Mexico, Rest of North America)

• Europe: (Germany, France, Italy, Spain, UK, Nordic Countries, Benelux Union, Rest of Europe)

• Asia-Pacific: (Japan, China, India, Australia, South Korea, Southeast Asia, Rest of Asia-Pacific)

• The Middle East & Africa: (Saudi Arabia, UAE, Egypt, South Africa, Rest of the Middle East & Africa)

• Latin America: (Brazil, Argentina, Rest of Latin America)

• Rest Of the World

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• Electric Locomotive Engines Market - The Global Electric Locomotive Engines Market is expected to grow at a CAGR of 8.8% from 2023 to 2030. In terms of geography, the market for electric locomotive engines can be split into five major areas. Because more people in North America use technology and automation, it is the market leader around the world. In China, the market is growing quickly. China is expected to be the leader in the electric locomotive engine market because it has cheaper sources and the government will help it.

• Electronic Access Control Systems Market - The Electronic Access Control Systems Market was valued at US$ 33.52 Billion. in 2022. The Global Electronic Access Control Systems Market size is estimated to grow at a CAGR of 11.21 % over the forecast period. In 2021, the Asia-Pacific region had the largest share of the market. Over the next 10 years, the Asia-Pacific region is expected to grow by a lot, at a CAGR of 10%. During the predicted time frame, the APAC region is expected to grow at a high CAGR. The APAC region has grown because it has become more acceptable for different companies to set up their production facilities there.

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Fairbanks School of Public Health researchers found that popular electronic health record (EHR) screening questionnaires may miss many patients experiencing housing instability and financial strain.

"More and more health care organizations are interested in screening their patients for social risk factors, or sometimes what are referred to as the social determinants of health," said Joshua Vest, professor of health policy and management at the Fairbanks School, a research scientist at the Regenstrief Institute and co-PI on the study. "This information is often collected within electronic health records, and to help providers target interventions for patients that could lead to improved health."

Commonly used EHR questionnaires screen for housing instability, financial strain and food insecurity. These questionnaires are embedded in the EHR so the provider can identify barriers to a patient's health. An EHR is a digital version of a patient's medical record.

The study surveyed more than 800 adult patients in 11 primary care clinics in Indianapolis, IN, and Gainesville, FL, from January to September 2022. Patients completed both an EHR-based survey and a follow-up questionnaire created by the researchers.

More than 800 patients completed the follow-up questionnaire during their visit or after via phone or email.

Researchers found that the EHR-based survey identified far fewer patients with housing instability or financial strain. The researchers found that for food insecurity, the results between the survey and questionnaire were comparable.

"The primary goal of using an EHR to identify the risk factors of housing instability and financial strain is not being achieved with the current EHR screening method," said Chris Harle, professor of health policy and management at the Fairbanks School, an affiliated scientist at the Regenstrief Institute and co-PI on the study. "Through assessing performance, we can understand the effectiveness of efforts at screening for social risks. We would like to perform further research to understand how best to use such screening tools."

The study, "Accuracy of electronic health record food insecurity, housing instability, and financial strain screening in adult primary care," was published in the Journal of the American Medical Association (JAMA) on February 7, 2023.

World Cancer Day 2023: Perspectives from The Institute of Cancer Therapeutics

The Institute of Cancer Therapeutics

To commemorate World Cancer Day, we spoke to a multidisciplinary team of researchers from The Institute of Cancer Therapeutics (ICT) based at the University of Bradford about their work in cancer research.