
- An EMR is one practice’s digital chart; an EHR shares records across organizations.
- EMRs store diagnoses, medications, allergies, lab results, immunizations, and visit notes.
- Epic holds 43.7% of United States multispecialty acute care hospitals, per Becker’s/KLAS 2025.
- Most systems sold as EMRs now work like EHRs, with ePrescribing, portals, and data exchange.
- Documentation burden is now a top cause of provider burnout.
TL;DR
An EMR replaces paper charts with searchable digital records. The right system for your practice depends on how well it handles your documentation, scheduling, and billing day to day.
What is an electronic medical record (EMR)?
An electronic medical record is the digital version of the paper charts in a clinician's office. It holds the medical and treatment history of patients within one practice.
In practical terms, electronic medical records software replaces the physical folders, handwritten notes, and faxed lab results that practices used to manage on paper. Instead of flipping through a chart, a provider can pull up a patient's full history in seconds, including medications, past visits, and test results. Most practices have already made the switch: 91% of office-based providers used a certified EHR in 2024, and adoption is lowest among solo and provider-led practices, at about 4 in 5.
Since EMR data is digital, clinicians can easily track individual health trends over time, identify patients due for preventive screenings, and monitor measures like blood pressure readings and vaccination records.
The limitation of an EMR system is that traditional EMR platforms keep data inside the practice, so the record doesn't move easily between organizations. That’s where an electronic health record (EHR) comes into play.
What information does an EMR contain?
An EMR holds the clinical details a practice records during care:
- Medical history: Past diagnoses, surgeries, hospitalizations, and family health history
- Medications: Current prescriptions, dosages, and refill history
- Allergies: Drug allergies, food allergies, and environmental sensitivities
- Lab and test results: Bloodwork, imaging, pathology reports, and other diagnostic results
- Immunization records: Vaccines administered and dates
- Visit notes: Documentation from each appointment, including the provider's assessment and plan
- Diagnosis and billing codes: ICD-10 and CPT codes that support coding and claims
EMR vs. EHR: what's the difference?
The terms EMR and EHR are often used interchangeably, but they describe different things.
An EMR is the digital version of a patient's chart within a single practice. It holds treatment history, diagnoses, medications, and test results, but the information stays inside that practice. If a patient sees a specialist, the EMR data typically needs to be printed and mailed (Office of the National Coordinator for Health IT (ONC)).
An EHR does everything an EMR does, but it's built to share data across organizations. Lab results, specialist notes, and hospital records can move between providers so the record follows the patient.

Here's how they compare:
| EMR | EHR | |
| Scope | One practice | Multiple providers and organizations |
| Data sharing | Limited to the practice | Built for secure sharing across providers, labs, hospitals |
| Patient access | Typically limited | Designed to include patient access (portals, records) |
| Interoperability | Minimal | Standards-based data exchange |
In practice, most modern systems marketed as "EMR" actually function closer to an EHR. They support electronic prescribing, lab integrations, patient portals, and data exchange between providers. The distinction between terms matters most when evaluating older or more limited systems, as you need to ensure the system you choose will have the functions you need.

| Choosing the right EHR is critical. This free guide walks you through what to look for and how to make the smartest choice. |
What are the benefits of an EMR?
Switching from paper charts to an electronic system changes how a practice operates day to day, and there are both pros and cons of EHRs. Here are the key advantages.
- Faster access to patient information. Providers can pull up a patient's full history in seconds instead of retrieving a physical chart, resulting in fewer delays during appointments and less risk of missing critical details.
- Fewer errors. Structured data entry, automated drug interaction alerts, and electronic prescribing reduce the legibility and transcription mistakes that come with handwritten records.
- Better preventive care. Searchable records let practices identify patients who are overdue for screenings, vaccinations, or follow-up visits, something that's difficult to track across paper charts.
- Streamlined billing and coding. Built-in coding support helps ensure diagnoses and procedures are properly documented, which reduces denied claims and speeds up reimbursement.
- Reduced storage costs. Digital records eliminate the physical space, filing systems, and retrieval delays that come with paper charts.
- Better documentation workflows. Modern systems support templates, voice-to-text, and AI-assisted note-taking that can cut documentation time significantly.
All this said, documentation burden remains an ongoing challenge even with digital systems, and is now a top cause of provider burnout. When documentation tools don't match a practice's workflow, they can add time instead of saving it. As a result, system fit matters more than a long feature list. Providers who use EHRs spend an average of 1.84 hours a day on documentation outside work hours, and 85% say documentation done solely for billing adds to that time.
What are examples of EMR systems?
Electronic medical records companies vary widely depending on who they build their systems for.
A system designed for a 500-bed hospital may have features like multi-department order routing, inpatient bed management, and enterprise-level reporting, for example, while a system built for a five-provider private practice will prioritize fast charting, integrated billing, and simple scheduling.
Enterprise and hospital systems like Epic, Oracle Health, and MEDITECH are designed for large organizations with dedicated IT teams and complex multi-department workflows. Epic alone holds a 43.7% share of U.S. multispecialty acute care hospitals (Becker's/KLAS, 2025). These systems are powerful, but they're built for scale — not for a private practice managing scheduling, billing, and charting with a lean team.
Ambulatory systems like athenahealth, eClinicalWorks, and NextGen serve outpatient practices and multi-specialty groups. They tend to offer more flexibility than enterprise platforms, with features tailored to office-based workflows.
Small and private practice systems like AdvancedMD, Practice Fusion, DrChrono, and Tebra are designed for practices that need clinical, billing, and operational tools without enterprise complexity. Tebra, for example, connects EHR, billing, scheduling, and practice growth in one platform built specifically for private practices.
Here's how the major systems break down by practice type:
| Vendor | Best-fit setting |
| Epic | Epic is the system most large hospitals use |
| Oracle Health (formerly Cerner) | Large hospitals, government and VA systems |
| MEDITECH | Mid-size, community, and rural hospitals |
| athenahealth | Ambulatory and multi-specialty groups |
| eClinicalWorks | Mid-market ambulatory practices |
| NextGen Healthcare | Specialty-focused ambulatory practices |
| AdvancedMD | Small to mid-size ambulatory practices |
| Practice Fusion | Solo and small practices |
| DrChrono | Solo and small practices (mobile-first) |
| Tebra | Private practices (EHR, billing, scheduling, and practice growth in one platform) |
How should a private practice choose an EMR?
The system that saves you the most time is the one that matches how your practice actually runs: your documentation habits, your scheduling patterns, your billing process.
Here's what to evaluate when choosing an EMR:
- Daily documentation. Providers spend more time on charting than almost anything else, so this is where a poor fit hurts the most. Look for specialty-specific templates, AI-assisted note-taking, and workflows that let you finish documentation before the day ends.
- Scheduling and patient flow. The system should handle appointment types, provider schedules, patient reminders, and waitlists without creating extra work for your front desk. Scheduling friction slows down the entire day.
- Billing integration. Disconnected billing means duplicate data entry, delayed claims, and missed charges. A system that connects clinical documentation to billing codes, eligibility checks, and claims submission in one workflow reduces that friction.
- Cloud vs. on-premise. Cloud-based systems are generally easier to maintain, update, and access remotely. For private practices without dedicated IT staff, cloud is usually the more practical option.
- ONC certification and HIPAA compliance. Any system you consider should be ONC-certified and HIPAA-compliant. These are baseline requirements for patient safety and regulatory compliance.
- Implementation and training support. Migration timelines, training quality, and post-go-live support vary widely between vendors. Implementation is where many practices hit unexpected friction, so get specifics before signing.
- Specialty fit. A system built for primary care may not handle the workflows of dermatology, behavioral health, or orthopedics well. Evaluate specialty-specific templates, coding support, and clinical workflows before committing.
If you're evaluating EMR or EHR systems for your practice, take a self-guided product tour to see how Tebra works.
Frequently asked questions
You might also be interested in
- How to Select an EHR/EMR: A Comprehensive Guide – Find out how to select an EHR and what to consider when determining the best EHR medical software for your practice.
- Top 5 Administrative Tasks to Automate in Your Practice – Find out ways to say goodbye to tedious tasks and give your employees time back during their day.
- Want to see an EMR/EHR in action? Book a Free Demo and experience how the right system can transform your practice!
- Current Version – Nov 02, 2026Written by: Ana GotterChanges: This article was updated to include the most relevant and up-to-date information available.
- Sep 16, 2025Written by: Jean LeeChanges: This article was updated to include the most relevant and up-to-date information available.
- Aug 13, 2025Written by: Jean LeeChanges: This article was updated to include the most relevant and up-to-date information available.
- Mar 11, 2025Written by: Amantha MayChanges: This article was updated to include the most relevant and up-to-date information available.



