Modernizing health records means more than replacing paper charts with screens. It involves creating reliable digital information, making it useful in clinical workflows, and sharing it appropriately with the people involved in a patient’s care. Electronic medical records (EMRs), electronic health records (EHRs), and personal health records (PHRs) are related, but they serve different purposes.
Digital record types: EMR, EHR, and PHR
An EMR is generally the digital chart used within a clinician’s practice or organization. An EHR is designed to support a broader view of care and exchange information with other authorized care settings. A PHR is managed by the individual and may combine information from providers with details the person enters or tracks. These terms are sometimes used loosely, so when evaluating a product, ask what information it contains, who maintains it, and how it can be accessed or shared. ASTP/ONC summarizes these distinctions in its health IT and health information exchange FAQ.
What digital records can make possible
When information is accurate, available to authorized users, and presented in a usable way, digital records can support tasks such as reviewing medication and allergy information, documenting care, tracking test results, coordinating referrals, and giving patients access to parts of their records. Electronic health information exchange can help clinicians and other authorized participants securely share information across organizations. The extent of these capabilities depends on the systems, connections, data quality, permissions, and local workflows in place.
Modernization is an ongoing process
1. Map the information and work first
Identify what staff and patients need to do today: create and review notes, reconcile medications, receive results, coordinate referrals, correct errors, and respond to record requests. Map where information enters the system, who verifies it, and where handoffs fail. This helps teams select technology for a real workflow rather than digitizing an inefficient process unchanged.
2. Improve data quality and consistency
Standardized fields can make information easier to find and use, but structured data still needs clear definitions and careful entry. Establish who is responsible for reviewing important information, correcting mistakes, and documenting updates. Avoid collecting information that has no clear operational or care purpose.
3. Plan for exchange and patient access
Ask how the system shares information with laboratories, pharmacies, specialists, hospitals, and patient-facing tools—and what happens when a connection is unavailable. Electronic access is not the same as seamless interoperability: formats, matching, permissions, and workflow integration matter. In the United States, patients generally have rights to access their records held by covered entities, subject to limited exceptions; see ASTP/ONC’s patient-access resources and HHS guidance on medical records.
4. Protect privacy and operational continuity
Digital records require appropriate access controls, staff training, backup and recovery plans, security-risk review, and a process for handling incidents and downtime. A technology purchase does not transfer all organizational responsibility to the vendor. Practices should evaluate vendors and connections as part of their broader privacy and security program.
5. Train users and measure the change
Provide role-specific training and time to practice. Ask frontline users where the system adds clicks, creates duplicate work, or makes important information hard to find. Track a small set of measures before and after implementation—for example, result follow-up completion, referral handoff time, record-request processing, user-reported burden, and downtime events. Review quality and safety alongside efficiency so that speed alone is not treated as success.
