Stroke severity tool for ems

The “pre-puncture problem.” Montgomery County Hospital District EMS and our hospital partners struggle to find the best solution. MCHD is a non-fire based EMS service in Montgomery County, Texas. We respond to approximately 58,000 calls for service and identify stroke in over 500 patients per year. MCHD covers a 1,100-square-mile service area and has 190 medics, 900 EMTs among 15 first responder organizations. At present, MCHD uses the South East Texas Region Advisory Council tool for identification and severity grading of stroke patients. The SETRAC tool uses a diagnostic component to identify stroke and a stroke severity component. The severity component serves as a guide to deciding a transportation destination of primary versus comprehensive stroke center. Stroke identification: Signs and symptoms To determine the presence of a stroke, prehospital providers look for one or more signs of a stroke. Sudden unilateral facial drooping/weakness. Sudden unilateral arm weakness. Sudden unilateral decreased grip strength. Sudden difficult speech/aphasia. Stroke severity If a patient has one or more stroke signs, a stable airway and blood glucose level of greater than 60 mg/dl, the stroke severity is assessed to decide if a patient should be transported to the closest designated primary stroke center or to a comprehensive stroke center. A) Patient has one or more of the following: GCS less than 9 Asymmetric pupils Sudden severe headache w/no known cause Severe one-sided weakness or RACE ≥ 5 AND B) Diversion to comprehensive stroke center would NOT extend transport time by more than 15 minutes Current evidence for therapy in LVO stoke includes mechanical thrombectomy in addition to tPA for eligible candidates. At MCHD we have added the RACE score to our prehospital guideline for assessing stroke signs, symptoms and severity. We are gathering data to validate our current guideline and examine the performance of RACE

Developed By: Beaconfire REDLicense: FreeRating: 4,4/5 - 11 votesLast Updated: February 19, 2025App DetailsVersion1.3.2Size6.3 MBRelease DateJune 02, 20CategoryHealth & Fitness AppsApp Permissions:Allows applications to open network sockets. [see more (3)]What's New:This update adds the Miami Emergency Neurologic Deficit (MEND) exam and research citations for all [see more]Description from Developer:The Stroke Scales for EMS app is designed for emergency medical services (EMS) and health care provider audiences to help them identify stroke severity and emergent large vessel oc... [read more]About this appOn this page you can download Stroke Scales For EMS and install on Windows PC. Stroke Scales For EMS is free Health & Fitness app, developed by Beaconfire RED. Latest version of Stroke Scales For EMS is 1.3.2, was released on 2020-06-02 (updated on 2025-02-19). Estimated number of the downloads is more than 5,000. Overall rating of Stroke Scales For EMS is 4,4. Generally most of the top apps on Android Store have rating of 4+. This app had been rated by 11 users, 1 users had rated it 5*, 8 users had rated it 1*. How to install Stroke Scales For EMS on Windows?Instruction on how to install Stroke Scales For EMS on Windows 10 Windows 11 PC & LaptopIn this post, I am going to show you how to install Stroke Scales For EMS on Windows PC by using Android App Player such as BlueStacks, LDPlayer, Nox, KOPlayer, ...Before you start, you will need to download the APK/XAPK installer file, you can find download button on top of this page. Save it to easy-to-find location.[Note] You can also download older versions of this app on bottom of this page.Below you will find a detailed step-by-step guide, but I want to give you a fast overview of how it works. All you need is an emulator that will emulate an Android device on your Windows PC and then you can install applications and use it - you see you're playing it on Android, but this runs not on a smartphone or tablet, it runs on a PC.If this doesn't work on your PC, or you cannot install, comment here and we will help you!Install using BlueStacksInstall using NoxPlayerStep By Step Guide To Install Stroke Scales For EMS using BlueStacksDownload and Install BlueStacks at: The installation procedure is quite simple. After successful installation, open the Bluestacks emulator. It may take some time to load the Bluestacks app initially. Once it is opened, you should be able to see the Home screen of Bluestacks.Open the APK/XAPK file: Double-click the APK/XAPK file to launch BlueStacks and install the application. If your APK/XAPK file doesn't automatically open BlueStacks, right-click on it and select Open with... Browse to the BlueStacks. You can also drag-and-drop the APK/XAPK file onto the BlueStacks home screenOnce installed, click "Stroke Scales For EMS" icon on the home screen to start using, it'll work like a charm :D[Note 1] For better performance and compatibility, choose BlueStacks 5 Nougat 64-bit read more[Note 2] about Bluetooth: At the moment, support for Bluetooth

Here’s how to understand the role of EMS in unraveling the pre-puncture problem for patients with large vessel occlusive stroke Dr. Rob Dickson and MCHD personnel review a call, using an ambulance as a mobile classroom. (Facebook MCHD) By Robert L. Dickson, Guy R. Gleisberg, Lee S. Gillum, Kevin J. Crocker, Jordan L. Anderson, Coty C. Aiken, MCHD paramedics are dispatched for a 59-year-old male patient who appears to have suffered a stroke. Per bystander history, the patient was shopping when he complained of feeling unwell. He sat down in a chair and shortly after slumped over to his left side; he was noted to have a facial droop. After initial assessment, his vital signs are unremarkable with the exception of hypertension 170/98; his capillary blood glucose is normal; and per his family, there is no report of seizure, substance abuse or any trauma prior to his onset of symptoms. A Rapid Arterial Occlusion Evaluation score is calculated at eight. Stabilization and rapid transport are initiated along with a stroke alert to the nearest primary stroke center. On arrival the patient is taken directly to CT scan and diagnosed with suspected ischemic Large Vessel Occlusion stroke; tPA is initiated and an immediate transfer to a comprehensive stroke center is arranged for intra-arterial therapy. After returning to the station, a discussion ensues regarding their decision to transport to a primary stroke center rather than a comprehensive stroke center 10 miles farther. Stroke assessment and severity The effectiveness of mechanical intra-arterial therapy procedure is very time-sensitive with diminishing clinical outcomes as onset to treatment time increases. This time-to-therapy issue is a driving force for EMS systems to be an integral part of the solution of how appropriate patients are identified, assessed and expedited to receive the procedure. This issue has been coined

1.5 to 3.7 times improvement in the percentage of patients receiving therapy within the recommended 60 minutes or less [4-7]. There is ongoing research in a large EMS system in Florida to implement the app and measure improvement in care of LVO stroke patients [6]. Whether your system opts for a mobile technology solution or a robust set of guidelines to coordinate the stroke systems, any solution should include appropriate assessment, EMS pre-notification, patient transfers, follow-up of clinical outcome and performance for continual quality improvements. Best transport destination Should the 59-year-old male with stroke symptoms and hypertension have been diverted to a comprehensive stoke center? If not, is there a process that could allow rapid transport to primary stroke centers with immediate transfer and parallel activation of a comprehensive stroke center when LVO is identified? At MCHD we have a process to address this question built into our clinical guidelines. However, we have struggled with the performance of our existing tool in identifying LVO and appropriate disposition. We are evaluating our process for identifying LVO and assessing the performance of the RACE score with the Validation of Integrating A Stroke Algorithm study. We expect to report preliminary results in late 2016. Take home points on stroke Here are four important take-home points for EMS providers and agencies on the assessment and treatment of stroke. EMS identification and disposition to a capable facility in suspected LVO strokes is crucial for improved onset to therapy times and patient outcomes. At present the Rapid Arterial Occlusion Evaluation is the best tool for EMS to identify LVO stroke. Implementing Target: Stroke best-practices guidelines improves patient outcome. Mobile technology is evolving to implement most of the Target: Stroke best-practice guidelines About the authors Guy R. Gleisberg, MBA, BSEE / Bio-Medical , NREMT-B, works for Montgomery

In identifying LVO. Why EMS Matters to stroke care EMS is involved in approximately three-quarters of strokes treated in the U.S. and is associated with decreased onset-to-treatment times and improved clinical outcomes [1]. The American Heart Association recommends door-to-puncture times of 120 minutes or less. However there is published expert opinion that the goal should mimic the 60-minute golden hour in trauma care [2]. The NAEMSP position statement on this matter has this to say. “EMS systems and medical directors should develop local or regional strategies for triaging, treating and transporting patients with acute stroke symptoms. Each system should identify centers capable of treating acute stroke patients and outline criteria for patients who should be transported to them.” Some of the best practices identified in the Target: Stroke recommendations are directly affected by EMS. A reliable method of EMS pre-notification is crucial to give the receiving facility opportunity to activate a stroke response. This notification appears inconsistent and does not occur in about 25 percent of EMS stroke cases [3]. One way your EMS system can achieve best practices for stroke care is through coordination and guideline development with the stroke-ready hospitals in your area of responsibility. A systemized approach that includes the Target: Stroke best practices, listed below, demonstrates improved time to therapy in both stroke and STEMI. EMS pre-notification Stroke toolkit Rapid triage protocol and stroke team notification Single call activation Transfer directly to CT Rapid acquisition and interpretation of brain imaging Rapid laboratory testing (POC) Pre-mix tPA ahead of time Rapid administration of tPA Team-based approach Prompt data feedback Pulsara Stop Stroke is a mobile application to help systems improve performance in acute care coordination for STEMI and stroke. In previous reports, there was observed improvement in door-to-needle times in stroke of 28 to 46 percent, and