Why Hospitals Need More Than an Electronic Health Record
Electronic health records have transformed how hospitals collect, organize, and access patient information. They provide a central clinical record for laboratory results, medications, documentation, imaging, orders, and patient history.
But maintaining a complete record is not the same as helping clinicians understand what is happening with a patient right now.
An electronic health record is primarily a system of record. It documents care and stores the information clinicians, quality teams, administrators, and other departments need. However, in high-acuity environments, care teams also need technology that continuously evaluates changing patient information, brings relevant concerns forward, and supports a timely clinical response.
The goal is not to replace the EHR, but to help clinicians get more value from the information it already contains.
What Is an Electronic Health Record Designed to Do?
An electronic health record provides the foundation for modern hospital operations. It maintains the longitudinal patient record and supports documentation, clinical orders, billing, compliance, and communication across departments.
The EHR is where clinicians go to review information such as:
- Patient history and diagnoses
- Laboratory and imaging results
- Medication orders and administration
- Nursing and physician documentation
- Vital signs entered at defined intervals
- Treatment plans and discharge information
These capabilities make the EHR indispensable, but high-acuity care also requires continuous patient surveillance and clinical context that help care teams recognize changes and respond sooner.
Where the EHR Reaches Its Limits
In high-acuity care, clinicians must interpret large amounts of information while making time-sensitive decisions. The more complex the patient becomes, the more difficult it can be to assemble a complete picture from individual data points.
Research on EHR usability and data quality shows that fragmented information, incomplete or inconsistent data, and documentation burden can make it more difficult for care teams to recognize patient deterioration and respond in a timely manner.
Several limitations become especially important in acute and critical care environments.
Patient Data May Be Fragmented
Studies describe ‘display fragmentation’ in the EHR, where the same information appears in multiple places, increasing cognitive load and the risk of missed or delayed actions.
Relevant patient information may be spread across flowsheets, laboratory results, clinical notes, medication records, monitoring systems, and bedside devices. Clinicians may need to move between screens and manually assemble these data points before they can understand what is changing.
A clinical intelligence platform can bring relevant information into a patient-centered view, helping care teams recognize patterns sooner and focus their attention on decisions that may require action.
Documentation is Not the Same as Continuous Surveillance
Many EHR data points are entered or displayed at defined intervals, while a patient’s condition can change continuously. Early signs of deterioration may emerge through several subtle changes that do not appear urgent when viewed individually.
Continuous patient surveillance helps evaluate these changes together and bring potential concerns forward as the clinical picture evolves.
Alerts Need Clinical Context
An alert can identify a potential concern, but it does not always provide appropriate context for why there is a concern. Clinicians still need to understand why the patient was flagged, how urgent the concern may be, who should respond, and which steps have already been completed. In one peer-reviewed study, EHR alert override rates reached 96%, showing how quickly alerts can lose their value when they are not connected to meaningful clinical context.
Targeted clinical notifications should connect the concern to a defined workflow, reach the appropriate care team member, and support timely follow-up.
Surveillance Must Continue Across Care Transitions
Patients move between departments, beds, facilities, shifts, and care teams. Each transition creates another opportunity for time-sensitive information to be delayed, overlooked, or disconnected from the people responsible for the next step.
Clinical surveillance should follow the patient across these transitions, maintaining visibility into the patient’s current condition, completed care, and actions that may still be needed.
Hospitals should not have to choose between the EHR and clinical intelligence. The EHR remains the authoritative patient record, while a connected clinical intelligence platform helps care teams use that information to support patient surveillance, communication, and timely clinical action.
Why This Matters in Sepsis Care
Sepsis care shows why having access to patient data is only part of the equation.
Signs of sepsis may emerge through changes in vital signs, laboratory results, documentation, organ function, medications, and clinical observations. These indicators may develop across several hours, departments, or care teams.
Identifying a potential sepsis patient is also only one part of the process. Once a concern is recognized, hospitals must support assessment, provider communication, treatment initiation, reassessment, and completion of time-sensitive care elements.
An end-to-end sepsis management system can help to provide both continuous surveillance for real-time sepsis identification, integrated notifications that meet the clinician where they are, and connected workflows to help the clinician answer what happens next.
How Ambient Extends the Value of the EHR
Ambient Clinical Analytics does not replace the electronic health record. Its solutions integrate with the EHR to make patient information more actionable.
AWARE Patient Surveillance supports real-time monitoring from the bedside to distributed and centralized care teams. The platform helps organize high-value clinical information into patient-centered views, uses clinically developed rules and analytics, and gives clinicians greater visibility into changing patient conditions.
For sepsis care, Sepsis DART™ integrates directly with Epic, Cerner, and Meditech to support real-time sepsis detection, treatment tracking, targeted notifications, and SEP-1 bundle monitoring. It follows patients through floor changes, shift changes, transfers, and care handoffs, helping teams see what has been completed, what remains pending, and what may require immediate action.
Together, the EHR and Ambient's sepsis solutions give care teams a more complete view. The EHR maintains the patient record, while Ambient helps clinicians use that information to guide timely action.
Turn Patient Data Into Timely Clinical Action
Your EHR contains valuable patient information. Ambient Clinical Analytics helps your care teams use that information more effectively through real-time surveillance, clinical decision support, and connected workflows.
Schedule a demo to see how Ambient can strengthen patient visibility and help clinicians move from information to action.