Roanoke, Virginia, February 2, 2026 — Precious minutes tick by when trauma patients arrive at the emergency room, and a frustrating delay in information transfer can significantly complicate care. A new report reveals that, for many hospitals, critical data from emergency medical services – including vital signs and initial treatments – doesn’t reach clinicians until after treatment has begun. This lag hinders swift, informed decision-making and can slow down essential documentation processes.
The Critical Delay: Why EMS Data Often Arrives Too Late
A new analysis highlights the challenges hospitals face in receiving timely pre-hospital data, impacting trauma care efficiency.
- Less than half of EMS records in California successfully matched hospital trauma records due to system incompatibility.
- Electronic delivery of EMS reports directly into hospital electronic health records (EHRs) speeds up clinical decision-making.
- Integrating EMS data into clinical workflows reduces administrative burdens for clinicians and trauma registrars.
- Redesigned intake workflows, coupled with pre-arrival EMS notification, can significantly reduce door-to-provider times.
A recent report examines how hospitals and state agencies are tackling this issue by improving interoperability between EMS electronic patient care reports (ePCRs) and hospital electronic health records (EHRs). The analysis highlights the scale of the problem: a statewide review in California found that fewer than half of EMS records successfully matched corresponding hospital trauma records. This disconnect, largely attributed to incompatible systems and inconsistent data formats, isn’t isolated to California; similar gaps exist across the country, limiting access to crucial pre-hospital information.
How Hospitals Are Bridging the Information Gap
Organizations leading the charge are integrating EMS data directly into clinical and registry workflows. Hospitals receiving structured ePCR data electronically report earlier visibility into a patient’s condition, more accurate timelines, and fewer missing data points. These improvements translate to faster clinical decisions and a reduced administrative load for healthcare professionals.
At Carilion Clinic in Roanoke, Virginia, automating the delivery of EMS reports directly into the EHR eliminated scanning delays, providing emergency department teams with field data while patients were still being treated. Similarly, the Mississippi State Department of Health modernized its trauma registry, enabling statewide integration of EMS and hospital data, which improved oversight, reporting, and preparation for verification reviews.
Other organizations are enhancing early response by combining pre-arrival EMS notification with revamped intake procedures. A study from Baylor University Medical Center in Dallas demonstrated that advance notification allowed stroke teams to move patients to CT imaging and initiate IV thrombolysis more quickly. At Good Samaritan University Hospital in West Islip, New York, leaders redesigned the ambulance-bay intake process, enabling immediate patient assessment and registration upon arrival. This streamlined approach cut door-to-provider times by more than two-thirds and improved EMS turnaround times, even when pre-arrival data exchange was limited.
The report underscores a vital lesson: early EMS information is only as effective as the workflows designed to utilize it. By combining interoperable data exchange with operational readiness at the hospital entrance, facilities can enhance clinical decision-making, lessen administrative burdens, and strengthen overall trauma and emergency care performance.
Download the full report to explore how hospitals and public agencies are strengthening trauma response through interoperable data exchange and real-world implementation strategies.
