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First Responder (2013)
THE NATIONAL ACADEMIES PRESS This PDF is available at http://nap.edu/22451 SHARE The Legal Definitions of First Responder (2013) DETAILS 30 pages | 8.5 x 11 | PAPERBACK ISBN 978-0-309-28369-4 | DOI 10.17226/22451 CONTRIBUTORS GET THIS BOOK Bricker, Lew R. C.; Petermann, Tanya N.; Hines, Margaret; and Sands, Jocelyn FIND RELATED TITLES SUGGESTED CITATION National Academies of Sciences, Engineering, and Medicine 2013. The Legal Definitions of First Responder . Washington, DC: The National Academies Press. https://doi.org/10.17226/22451. Visit the National Academies Press at NAP.edu and login or register to get: – Access to free PDF downloads of thousands of scientific reports – 10% off the price of print titles – Email or social media notifications of new titles related to your interests – Special offers and discounts Distribution, posting, or copying of this PDF is strictly prohibited without written permission of the National Academies Press. (Request Permission) Unless otherwise indicated, all materials in this PDF are copyrighted by the National Academy of Sciences. Copyright © National Academy of Sciences. All rights reserved. The Legal Definitions of “First Responder” November 2013 NATIONAL COOPERATIVE HIGHWAY RESEARCH PROGRAM Responsible Senior Program Officer: Stephan A. Parker Research Results Digest 385 THE LEGAL DEFINITIONS OF “FIRST RESPONDER” This digest presents the results of NCHRP Project 20-59(41), “Legal Definition of ‘First Responder’.” The research was conducted by Lew R. C. Bricker, Esquire, and Tanya N. Petermann, Esquire, of Smith Amundsen, Chicago, IL; Margaret Hines, Esquire; and Jocelyn Sands, J. D. James B. McDaniel was the Principal Investigator. INTRODUCTION Congress and in some congressional bills that were not enacted into law. -
Prehospital Airway Management Using the Laryngeal Tube an Emergency Department Point of View
Notfallmedizin Anaesthesist 2014 · 63:589–596 M. Bernhard1 · W. Beres2 · A. Timmermann3 · R. Stepan4 · C.-A. Greim5 · U.X. Kaisers6 · DOI 10.1007/s00101-014-2348-1 A. Gries1 Published online: 2. Juli 2014 1 Emergency Department, University Hospital of Leipzig, Leipzig © Springer-Verlag Berlin Heidelberg 2014 2 Department of Anaesthesiology and Intensive Care Medicine, Main Klinik Ochsenfurt, Ochsenfurt 3 Department of Anaesthesiology, Pain Therapy, Intensive Care Medicine and Emergency Medicine, DRK Kliniken Berlin Westend und Mitte, Berlin Redaktion 4 Department of Public Health, Fulda County, Fulda A. Gries, Leipzig 5 Department of Anesthesiology, Intensive Care Medicine and Emergency Medicine, Hospital of Fulda, Fulda V. Wenzel, Innsbruck 6 Department of Anesthesiology and Intensive Care Medicine, University Leipzig, Medical Faculty, Leipzig Prehospital airway management using the laryngeal tube An emergency department point of view Securing the airway and maintaining ox- Studies describing the successful use of mittee of the Medical Faculty of Leipzig, ygenation and ventilation represent es- the laryngeal tube in the prehospital setting Germany. Single cases were documented sential life-saving strategies in emergen- sound promising [9, 10, 22]. However, the initially after ED admission. The case se- cy medicine [1, 2, 3, 40]. Depending on results of these studies and of case reports ries was evaluated retrospectively, was not the experience of the person performing were not reported by an independent ob- preregistered, and written informed con- the procedure and on the individual in- server and, therefore, reporting bias could tent could not be obtained. tubation conditions, endotracheal intuba- be possible [11, 22]. Only one prospective, tion (ETI) is still considered to be the gold randomized study has confirmed that the Results standard [4, 5, 40]. -
Emergency Medical System 2021 Patient Treatment Protocols
2021 Patient Treatment Protocols Effective January 1, 2021 CONTENTS Table of Contents Preface Section ...........................................................................................................00.000 EMS Provider Scope of Practice and Nomenclature .....................................................00.010 Death in the Field ........................................................................................................00.020 Dying and Death, POLST, Do Not Attempt Resuscitation Orders ..............................00.030 Medical Control for Drugs and Procedures ..................................................................00.040 Treatment ......................................................................................................... Section 10.000 Abdominal Pain ...........................................................................................................10.010 Altered Mental Status and Coma ..................................................................................10.020 Anaphylaxis and Allergic Reaction ................................................................................10.030 Burns ...........................................................................................................................10.040 Cardiac Arrest ..............................................................................................................10.050 Emergency Medical Responder/EMT Paramedic/EMT-Intermediate Quick Reference to Pediatric Drugs Cardiac Dysrhythmias ..................................................................................................10.060 -
MASS CASUALTY TRAUMA TRIAGE PARADIGMS and PITFALLS July 2019
1 Mass Casualty Trauma Triage - Paradigms and Pitfalls EXECUTIVE SUMMARY Emergency medical services (EMS) providers arrive on the scene of a mass casualty incident (MCI) and implement triage, moving green patients to a single area and grouping red and yellow patients using triage tape or tags. Patients are then transported to local hospitals according to their priority group. Tagged patients arrive at the hospital and are assessed and treated according to their priority. Though this triage process may not exactly describe your agency’s system, this traditional approach to MCIs is the model that has been used to train American EMS As a nation, we’ve got a lot providers for decades. Unfortunately—especially in of trailers with backboards mass violence incidents involving patients with time- and colored tape out there critical injuries and ongoing threats to responders and patients—this model may not be feasible and may result and that’s not what the focus in mis-triage and avoidable, outcome-altering delays of mass casualty response is in care. Further, many hospitals have not trained or about anymore. exercised triage or re-triage of exceedingly large numbers of patients, nor practiced a formalized secondary triage Dr. Edward Racht process that prioritizes patients for operative intervention American Medical Response or transfer to other facilities. The focus of this paper is to alert EMS medical directors and EMS systems planners and hospital emergency planners to key differences between “conventional” MCIs and mass violence events when: • the scene is dynamic, • the number of patients far exceeds usual resources; and • usual triage and treatment paradigms may fail. -
Paramedic Airway Management Course
Pierce County EMS Paramedic Airway Course 2nd Edition September 2012 Pierce County EMS Paramedic Airway Management Course Table of Contents: Acknowledgements ............................................................................................ 3 Course Purpose and Description ..................................................................... 4 Background ........................................................................................................ 5 Assessing the Need for Emergency Airway Management ............................. 6 Effective Use of the Bag-Valve Mask ............................................................... 7 Endotracheal Intubation—Preparing for First Pass Success ........................ 8 RSI & Endotracheal Intubation ....................................................................... 11 Confirming, Securing and Monitoring Airway Placement ............................ 15 Use of Alternative “Rescue Airways” ............................................................ 16 Surgical Airways .............................................................................................. 17 Emergency Airway Management in Special Populations: ........................... 18 Pediatric Patients Geriatric Patients Trauma Patients Bariatric Patients Pregnant Patients Ten Tips for Best Practices in Emergency Airway Management ................ 21 Airway Performance Documentation and CQI Analysis ............................... 22 Conclusion ...................................................................................................... -
Integrating Emergency Medical Services in the Fire Department
University of Tennessee, Knoxville TRACE: Tennessee Research and Creative Exchange MTAS Publications: Full Publications Municipal Technical Advisory Service (MTAS) 4-2007 Integrating Emergency Medical Services in the Fire Department Gary West Municipal Technical Advisory Service Follow this and additional works at: https://trace.tennessee.edu/utk_mtaspubs Part of the Public Administration Commons The MTAS publications provided on this website are archival documents intended for informational purposes only and should not be considered as authoritative. The content contained in these publications may be outdated, and the laws referenced therein may have changed or may not be applicable to your city or circumstances. For current information, please visit the MTAS website at: mtas.tennessee.edu. Recommended Citation West, Gary, "Integrating Emergency Medical Services in the Fire Department" (2007). MTAS Publications: Full Publications. https://trace.tennessee.edu/utk_mtaspubs/84 This Report is brought to you for free and open access by the Municipal Technical Advisory Service (MTAS) at TRACE: Tennessee Research and Creative Exchange. It has been accepted for inclusion in MTAS Publications: Full Publications by an authorized administrator of TRACE: Tennessee Research and Creative Exchange. For more information, please contact [email protected]. INTEGRATING EMERGENCY MEDICAL SERVICES IN THE FIRE DEPARTMENT Fire/EMS First Responders: It’s just a matter of time Gary L. West, Fire Management Consultant April 2007 INTEGRATING EMERGENCY MEDICAL SERVICES IN THE FIRE DEPARTMENT Fire/EMS First Responders: It’s just a matter of time Gary L. West, Fire Management Consultant This publication was written with the assistance and editing of Richard F. Land, Tennessee Department of Health, Bureau of Health Licensure and Regulation, Division of Emergency Medical Services, Nashville, Tennessee. -
Emergency Ambulance and First Responder Staffing, Medications, Medical Equipment, and Supplies
POLICY NO: EQP 1 DATE ISSUED: Apr. 2021 EMERGENCY AMBULANCE AND FIRST RESPONDER STAFFING, MEDICATIONS, MEDICAL EQUIPMENT, AND SUPPLIES I. PURPOSE This policy establishes requirements for emergency ambulance and first responder staffing, medications, equipment, and supplies for emergency ambulances, first responder apparatus, and EMS supervisor vehicles. This policy further defines restocking requirements of medications, medical supplies, and equipment. II. AUTHORITY California Health and Safety Code, Division 2.5, §1798 III. DEFINITIONS Advanced Life Support (“ALS”) Ambulance [or “Paramedic Ambulance”]: An ambulance authorized by LEMSA to provide ALS emergency services within San Mateo County. Advanced Life Support (“ALS”) First Responder Unit (“FRU”): A fire department first responder authorized by LEMSA to provide ALS emergency services within San Mateo County. Basic Life Support (“BLS”) Ambulance: An ambulance authorized by LEMSA to provide BLS emergency services within San Mateo County. Basic Life Support (“BLS”) First Responder Unit (“FRU”): A fire department first responder authorized by LEMSA to provide BLS emergency services within San Mateo County. Emergency Medical Services Agency (“LEMSA”) [or “Agency”]: The San Mateo County EMS Agency. IV. STAFFING REQUIREMENTS A. ALS ambulance shall be staffed with a minimum of one currently licensed and LEMSA accredited paramedic and one currently California certified EMT. B. ALS first responder apparatus shall be staffed with a minimum of two personnel, at least one of whom is a currently licensed and LEMSA accredited paramedic. C. BLS first responder apparatus shall be staffed with a minimum of two personnel, at least Page 1 of 6 one of whom is a currently California certified EMT. D. EMS Supervisor vehicles shall be staffed with a minimum of one currently licensed and LEMSA accredited paramedic. -
A Randomized Prospective Controlled Trial Comparing the Laryngeal Tube
Somri et al. BMC Anesthesiology (2016) 16:87 DOI 10.1186/s12871-016-0237-7 RESEARCH ARTICLE Open Access A randomized prospective controlled trial comparing the laryngeal tube suction disposable and the supreme laryngeal mask airway: the influence of head and neck position on oropharyngeal seal pressure Mostafa Somri1, Sonia Vaida3, Gustavo Garcia Fornari4,6, Gabriela Renee Mendoza4,6, Pedro Charco-Mora5,6, Naser Hawash1, Ibrahim Matter2, Forat Swaid2 and Luis Gaitini1,6* Abstract Background: The Laryngeal Tube Suction Disposable (LTS-D) and the Supreme Laryngeal Mask Airway (SLMA) are second generation supraglottic airway devices (SADs) with an added channel to allow gastric drainage. We studied the efficacy of these devices when using pressure controlled mechanical ventilation during general anesthesia for short and medium duration surgical procedures and compared the oropharyngeal seal pressure in different head and-neck positions. Methods: Eighty patients in each group had either LTS-D or SLMA for airway management. The patients were recruited in two different institutions. Primary outcome variables were the oropharyngeal seal pressures in neutral, flexion, extension, right and left head-neck position. Secondary outcome variables were time to achieve an effective airway, ease of insertion, number of attempts, maneuvers necessary during insertion, ventilatory parameters, success of gastric tube insertion and incidence of complications. Results: The oropharyngeal seal pressure achieved with the LTS-D was higher than the SLMA in, (extension (p=0.0150) and right position (p=0.0268 at 60 cm H2O intracuff pressures and nearly significant in neutral position (p = 0.0571). The oropharyngeal seal pressure was significantly higher with the LTS-D during neck extension as compared to SLMA (p= 0.015). -
Evaluation of Physiologic Alterations During Prehospital Paramedic-Performed Rapid Sequence Intubation
Prehospital Emergency Care ISSN: 1090-3127 (Print) 1545-0066 (Online) Journal homepage: http://www.tandfonline.com/loi/ipec20 Evaluation of Physiologic Alterations during Prehospital Paramedic-Performed Rapid Sequence Intubation Robert G. Walker, Lynn J. White, Geneva N. Whitmore, Alexander Esibov, Michael K. Levy, Gregory C. Cover, Joel D. Edminster & James M. Nania To cite this article: Robert G. Walker, Lynn J. White, Geneva N. Whitmore, Alexander Esibov, Michael K. Levy, Gregory C. Cover, Joel D. Edminster & James M. Nania (2018): Evaluation of Physiologic Alterations during Prehospital Paramedic-Performed Rapid Sequence Intubation, Prehospital Emergency Care, DOI: 10.1080/10903127.2017.1380095 To link to this article: https://doi.org/10.1080/10903127.2017.1380095 © 2017 The Author(s). Published with license by Taylor & Francis© Robert G. Walker, Lynn J. White, Geneva N. Whitmore, Alexander Esibov, Michael K. Levy, Gregory C. Cover, Joel D. Edminster, James M. Nania. Published online: 03 Jan 2018. Submit your article to this journal View related articles View Crossmark data Full Terms & Conditions of access and use can be found at http://www.tandfonline.com/action/journalInformation?journalCode=ipec20 Download by: [104.129.200.76] Date: 03 January 2018, At: 10:18 EVALUATION OF PHYSIOLOGIC ALTERATIONS DURING PREHOSPITAL PARAMEDIC-PERFORMED RAPID SEQUENCE INTUBATION Robert G. Walker, BA ,LynnJ.White,MS , Geneva N. Whitmore, MPH, Alexander Esibov, BS, Michael K. Levy, MD , Gregory C. Cover, MD, Joel D. Edminster, MD, James M. Nania, MD, FACEP ABSTRACT (9%), and cardiac (1%). The overall intubation success rate (95%) and first-attempt success rate (82%) did not dif- Objective: Physiologic alterations during rapid sequence fer across diagnostic impression categories. -
Treatment-Protocols-2018.Pdf
EMERGENCY MEDICAL SERVICES PRE-HOSPITAL STATEWIDE TREATMENT PROTOCOLS OFFICIAL VERSION 2018.1 Complete Version January 29, 2018 Commonwealth of Massachusetts Department of Public Health Bureau of Healthcare Safety and Quality Office of Emergency Medical Services Statewide Treatment Protocols – Version 2018.1 Legend Definition FR First Responder (FR)-- Found only in protocols 2.2A, 2.2P, 2.9, and 2.14 E Emergency Medical Technician (EMT) A Advanced Emergency Medical Technician (AEMT) P Paramedic CAUTION – Red Flag topic Medical Control Orders Pediatric-specific protocol Clinical notes boxes show important assessment or treatment considerations. EMT level protocols are designated by colors (see above), and labels, and EMTs are responsible for providing Routine Care to all patients, and for their level of care, and those above on the protocol page. These protocols are developed and approved by the Department of Public Health, based on the recommendations of Emergency Medical Care Advisory Board (EMCAB) and its Medical Services Committee (MSC). For the latest corrections or addenda, see the OEMS website at http://www.mass.gov/dph/oems These are Massachusetts Statewide Treatment Protocols; they are the standard of EMS patient care in Massachusetts. Questions and comments should be directed to: Massachusetts Department of Public Health Office of Emergency Medical Services 99 Chauncy St. 11th Floor Boston, MA 02111 2013 2013 Massachusetts Pre-Hospital Statewide Treatment Protocols 2018.1 TABLE OF CONTENTS (Alphabetical order by section) Protocol ID SECTION 1 – General Patient Care Routine Patient Care……………………………………….……………………..………….1.0 High Quality CPR - Adult………………..………..………………………………………….1.1 SECTION 2 – Medical Protocols Adrenal Insufficiency - Adult/Pediatric………………………………………..……………2.1 Allergic Reaction/Anaphylaxis – Adult……………………………………………..……….2.2A Allergic Reaction/Anaphylaxis – Pediatric……………………………………………...…. -
EMS Patient Care Procedure Documents for NC EMS Systems
Standards Procedure (Skill) Airway Section Airway: BIAD-Combitube B EMT B A AEMT A P PARAMEDIC P Clinical Indications for Blind Insertion Airway Device (BIAD) Use: Inability to adequately ventilate a patient with a Bag Valve Mask (BVM) or longer EMS transport distances require a more advanced airway. Appropriate intubation is impossible due to patient access or difficult airway anatomy. Inability to secure an endotracheal tube in a patient who does not have a gag reflex where at least one failed intubation attempt has occurred. Patient must be > 5 feet and >16 years of age and must be unconscious. Procedure: 1. Preoxygenate the patient. 2. Lubricate the tube. 3. Grasp the patient s tongue and jaw with your gloved hand and pull forward. 4. Gently insert the tube until the teeth are between the printed rings. 5. Inflate line 1 (blue pilot balloon) leading to the pharyngeal cuff with 100 cc of air. 6. Inflate line 2 (white pilot balloon) leading to the distal cuff with 15 cc of air. 7. Ventilate the patient through the longer blue tube. Auscultate for breath sounds and sounds over the epigastrium. Look for the chest to rise and fall. 8. If breath sounds are positive and epigastric sounds are negative, continue ventilation through the blue tube. The tube is in the esophagus. In the esophageal mode, stomach contents can be aspirated through the #2, white tube relieving gastric distention. 9. If breath sounds are negative and epigastric sounds are positive, attempt ventilation through the shorter, #2 white tube and reassess for lung and epigastric sounds. -
Emerging Uses of Capnography in Emergency Medicine in Emergency Capnography Uses of Emerging
Emerging Uses of Capnography in Emergency Medicine WHITEPAPER INTRODUCTION The Physiologic Basis for Capnography Capnography is based on a discovery by chemist Joseph Black, who, in 1875, noted the properties of a gas released during exhalation that he called “fixed air.” That gas—carbon dioxide (CO2)—is produced as a consequence of cellular metabolism as the waste product of combining oxygen and glucose to produce energy. Carbon dioxide exits the body via the lungs. The concentration of CO2 in an exhaled breath reflects cardiac output and pulmonary blood flow as the gas is transported by the venous system to the right side of the heart and then pumped into the lungs by the right ventricle. Capnographs measure the concentration of CO2 at the end of each exhaled breath, commonly known as the end- tidal carbon dioxide (EtCO2). As long as the heart is beating and blood is flowing, CO2 is delivered continuously to the lungs for exhalation. An EtCO2 value outside the normal range in a patient with normal pulmonary blood flow indicates a problem with ventilation that may require immediate attention. Any deviation from normal ventilation quickly changes EtCO2, even when SpO2—the indirect measurement of oxygen saturation in the blood—remains normal. Thus, EtCO2 is a more sensitive and rapid indicator of ventilation problems than SpO2.1 Why EtCO2 Monitoring Is Important It is generally accepted that EtCO2 monitoring is the practice standard for determining whether endotracheal tubes are correctly placed. However, there are other important indications for its use as well. Ventilatory monitoring by EtCO2 measurement has long been a standard in the surgical and intensive care patient populations.