Pre-hospital emergency medicine

Pre-hospital emergency medicine
A London's Air Ambulance helicopter flies near the Tower Bridge, London
SystemAcute illness and injury
Significant diseases
SpecialistPre-hospital emergency physician

Pre-hospital emergency medicine (abbreviated PHEM), also referred to as pre-hospital care, immediate care, or emergency medical services medicine (abbreviated EMS medicine), is a medical subspecialty which focuses on caring for seriously ill or injured patients before they reach hospital, and during emergency transfer to hospital or between hospitals. It may be practised by physicians from various backgrounds such as anaesthesiology, emergency medicine, intensive care medicine and acute medicine, after they have completed initial training in their base specialty.[1]

Doctors practising PHEM are usually well-integrated with local emergency medical services, and are dispatched together with emergency medical technicians or paramedics where potentially life-threatening trauma or illness is suspected that may benefit from immediate specialist medical treatment.[2] This may involve travelling by car or air ambulance to the site.

Training

In the United Kingdom, PHEM was recognised as a subspecialty of emergency medicine and anaesthetics in July 2011 by the General Medical Council.[3][4] From February 2015, this was extended to intensive care medicine and acute medicine. The formal PHEM training programme can be entered at ST5 and above after gaining enough experience in emergency medicine, intensive care medicine, acute medicine and anaesthetics. The training programme offers three schemes including 12 months full-time in PHEM, and 24 months blended with a base speciality. Trainees are expected to complete the DipIMC and FIMC exams. Successful training and TAP leads to a CCT in PHEM as a subspecialty. Once a doctor has completed their training, opportunities include working for an Ambulance Service Trust as a Medical Emergency Response Incident Team (MERIT) doctor or in another major incident medical role, volunteering for a local British Association for Immediate Care (BASICS) scheme, or working for an Air Ambulance service, often working alongside Advanced Paramedics with training in Critical Care (or Critical Care Paramedics).

In Switzerland, PHEM has been recognized as a subspecialty of Emergency Medicine since 2002 by the postgraduate council of the Swiss Medical Association (FMH). Training is usually undertaken following an initial two-year training in Emergency Medicine, which in itself can only be taken after having first successfully completed a board-certification in internal medicine, surgery, intensive care or anesthesiology. Currently optional, this board-certification will eventually become mandatory for all physicians aiming to work in both Emergency Departments and PHEM (though this is subject to considerable vetoing pressure from other specialist boards).

The European Training Requirement curriculum for anaesthesia was updated in 2018 to state that the knowledge, clinical skills and specific attitudes of pre-hospital emergency medicine form part of the core domain of critical emergency medicine and, as such, should form part of postgraduate training for doctors specialising in anaesthesia.[5]

In the United States, the American Board of Emergency Medicine has awarded subspecialty certification in EMS medicine since 2013.[6]

Pre-hospital trauma assessment

Pre-hospital trauma assessment is a set of skills used by emergency medical services technicians to analyze all threats to life that a patient could suffer due to a trauma incident. Pre-hospital trauma assessment is broken into two major types: basic trauma assessment and advanced trauma assessment. The basic assessment is provided by first responders and EMTs. The advanced assessment is provided by a paramedic.

Approaching and sizing up a trauma incident scene is one of the most important primary steps that a pre-hospital care provider carefully does. Within a critical trauma incident, seeing hazardous material and traffic in an uncontrolled environment is expected. These factors can cause life-threats for providers, coworkers, and bystanders. Therefore, controlling all these life-threats is initially accomplished even before patient contact.

After scene management, a pre-hospital care provider gets a general impression of the scene. A general impression is discovered by evaluating the mechanism of injury. For example, in a car accident, mechanism of injury is detected by estimating the speed at which the collision occurred, looking at the amount of damage, and looking for other factors that may affect the mechanism of injury, such as airbag deployment.

Ongoing assessment

The en route assessment starts when the patient is loaded in the ambulance. En route assessment begins with a repeat of the initial assessment and ensuring that the patient still has a patent airway, breathes or is being properly ventilated, and has a pulse. This is known as "taking (or checking) vitals."

References

  1. ↑ Mackenzie R (2018). "Brief history of Pre-Hospital Emergency Medicine". Emerg Med J. 35 (3): 146–148. doi:10.1136/emermed-2017-207310. PMID 29463631. S2CID 3408899.
  2. ↑ Wilson MH, Habig K, Wright C, Hughes A, Davies G, Imray CH (2015). "Pre-hospital emergency medicine". Lancet. 386 (10012): 2526–34. doi:10.1016/S0140-6736(15)00985-X. PMID 26738719. S2CID 11298280.
  3. ↑ Booth A, Steel A, Klein J (2013). "Anaesthesia and pre-hospital emergency medicine". Anaesthesia. 68 Suppl 1: 40–8. doi:10.1111/anae.12064. PMID 23210555.
  4. ↑ Intercollegiate Board for Training in Pre-hospital Emergency Medicine, 2014, Sub-specialty Training in Pre-hospital Emergency Medicine, p. 5 (PDF) Archived 2017-10-31 at the Wayback Machine
  5. ↑ Standing Committee on Education and Professional Development (EPD) of the Section and Board of Anaesthesiology (2018), European Training Requirement in Anaesthesiology (PDF), European Board of Anaesthesiology – UEMS Anaesthesiology Section, archived from the original (PDF) on 12 August 2018, retrieved 12 August 2018
  6. ↑ Delbridge, Theodore R.; Dyer, Sophia; Goodloe, Jeffrey M.; Mosesso, Vincent N.; Perina, Debra G.; Sahni, Ritu; Pons, Peter T.; Rinnert, Kathy J.; Isakov, Alexander P.; Kupas, Douglas F.; Gausche-Hill, Marianne; Joldersma, Kevin B.; Keehbauch, Julia N. (2019). "The 2019 Core Content of Emergency Medical Services Medicine". Prehospital Emergency Care. 24 (1): 1–14. doi:10.1080/10903127.2019.1603560. ISSN 1090-3127. PMID 31091135.
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