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Emergency Medical Technicians

Emergency Medical Technicians (EMTs) are healthcare professionals who provide immediate medical care and transportation to individuals in emergency situations.
They are trained in basic life support, patient assessment, and emergency medical procedures.
EMTs play a crucial role in the pre-hospital setting, often being the first responders to accidents, natural disasters, and other medical emergencies.
Their responsibilities include assessing patients' conditions, administering first aid, and transporting them to appropriate medical facilities.
EMTs must maintain a high level of preparedness and decision-making skills to effectively manage a wide range of emergency situations.
Their work is essential in saving lives and minimizing the impact of medical emergencies in the community.
Discover how PubCompare.ai can help EMTs optimize their reserch protocols for reproducibility and accuracy, leveraging AI-driven comparisons to identify the best protocols and products from literature, pre-prints, and patents.
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Most cited protocols related to «Emergency Medical Technicians»

The study is a retrospective cohort study carried out on the MECU in Odense, the largest city in the region of southern Denmark. In this region, a MECU is on average engaged in 26.2% of all emergency runs.
The MECU in Odense consists of one rapid-response car, operating all year round, manned with a specialist in anaesthesiology and an emergency medical technician. The MECU in Odense covers ∼2500 km2 while servicing a population of ∼250 000. The MECU in Odense refers almost all patients to Odense University Hospital, the largest teaching hospital in the region of southern Denmark. Apart from being dispatched by the dispatch centre, the MECU also responds to requests for assistance from the emergency medical technicians in the ambulance if needed. Furthermore, the MECU handles missions of lesser urgency: involuntary admission to hospitals of psychotic patients and assisting the police in evaluation of particular patients. These missions are all handled as non-emergency runs. After concluding any MECU run, the anaesthesiologist documents the details of the mission in a registry identifying the patient via the patient's unique civil personal register (CPR) number.25 (link) If a patient is initially unidentified, an interim CPR number is constructed thus enabling coupling of data to the patient on proper identification. The physician registers the MECU response time, the diagnosis, the treatment administered, as well as procedures performed. Also, the physician classifies the type of mission completed:

patient released at the scene or admitted to hospital by ambulance with or without physician escort;

patient declared dead with or without reliable signs of death;

mission down-prioritised before or after patient contact in favour of other mission;

MECU cancelled by ambulance;

stand-by missions (fires, police actions);

patient not found;

miscellaneous.

Along with the registration, the physician documents the emergency run with a discharge summary which is transferred to the hospital and to the patient’s general practitioner.
The CPR number is validated by internal control during entering of data, with the MECU registry actively informing the physician if an entered number does not fulfil the criteria for a legitimate CPR number. For patients who are unidentified at the time of MECU contact, the correct CPR number is assigned to the patient by a medical secretary who subsequently contacts the hospital and obtains a correct identification of the patient. The corrected identification number is then linked to the patient by the medical secretary who re-enters the information in the database.
Publication 2017
Ambulances Anesthesiologist Diagnosis Emergencies Emergency Medical Technicians Fires Inpatient Medical Secretaries Mental Disorders Patient Admission Patient Discharge Patients Physicians
This study was a registry-based, retrospective cohort study and it was conducted at 3 regional emergency medical centres affiliated with academic university hospitals in Busan and Gyeongnam, Korea. The area has a population of about 6 million people. The hospitals are secondary or tertiary medical centres with 700–1,500 beds with annual ED visits from 35,000 to 45,000 patients. This study was based on the registry of the National Emergency Department Information System (NEDIS) ver. 3.1, operated by National Emergency Medical Center (NEMC), which prospectively collects data, including demographic and baseline clinical characteristics of emergency patients, from all emergency medical institutions in Korea. Since 2016, it has become mandatory for all emergency medical institutions in Korea to adopt the registration system based on the NEDIS ver. 3.1, which is used to evaluate emergency medical institutions and the payment system of medical fees.10 Regional emergency medical centres have been forced to input data, related to the NEDIS registration system, by medical staff and administrative officers and to hire coordinators to manage the data through self-monitoring and feedback from the NEMC. These centres are also forced to perform the KTAS by triage practitioners trained in the KSEM. The 3 centres participating in this study have nurses or paramedics to perform triage using the KTAS after completing a 6-hour training program, run by the KTAS committee under the KSEM (http://www.ktas.org/education/info.php). To be eligible for becoming a trainee, a person has to be a doctor, nurse or paramedic, with at least 1 year of experience in the ED. The training program consists of pre-testing, theoretical education, case reviewing, discussion and post-testing. The certificate is issued only if the post-test score is 70 or higher, and it must be renewed every 4 years through a re-training program. After the new triage system was introduced, the triage practitioners in 2016 had little experience and had difficulty communicating with other parts of the ED. However, since 2017, these problems have been almost entirely resolved and the triage system using the KTAS has stabilized.
Publication 2019
Emergencies Emergency Medical Technicians Medical Staff Nurses Paramedical Personnel Patients Physicians
The Danish National Health Services provides free and universal tax-supported health care for every citizen, including pre- and in-hospital services as well as access to general practitioners.
Each of the five Danish regions has its own pre-hospital organisation (health trusts) with an emergency medical dispatch centre (EMDC) [8 ]. The pre-hospital organisations are responsible for the care and treatment on scene and during transportation until the patient reaches the hospital.
HEMS acts as a supplement to ground EMS (ambulances and nurse- or physician-staffed rapid response vehicles). HEMS in Denmark is organised similar to many HEMS systems in Scandinavia and the Central Europe, staffed by a consultant-level anaesthesiologist, a pilot and a specially trained paramedic and operating 24 h/day, 7 days a week ([9 (link)–11 (link)] http://www.akutlaegehelikopter.dk). The helicopters are equipped for visual and instrumental flight conditions as well as night operations. Most parts of the country can be reached within 30 min (Fig. 1). The service is governmentally founded.

The location of the bases including reaching distances

Helicopter dispatch is coordinated from the five EMDCs according to a specific HEMS dispatch guideline (http://www.akutlaegehelikopter.dk). The decision to dispatch a helicopter is taken by the medical dispatchers who are healthcare professionals (specially trained nurses, ambulance technicians and paramedics) handling medical emergency calls from the public dialling the emergency phone number 112. Technical dispatchers trained in logistics undertake the actual dispatch.
The Danish HEMS undertakes both primary critical care missions (request from citizens through emergency calls and crew request from ambulances and rapid response vehicles on scene) and time critical secondary missions (inter-facility transfers). Furthermore, the HEMS also provides pre-hospital care and transport for less ill or injured patients located on islands not connected by road to the mainland. Every HEMS dispatch is registered in Hemsfile within hours after the mission.
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Publication 2019
Ambulances Anesthesiologist Conditioning, Psychology Consultant Critical Care Dietary Supplements Emergencies Emergency Medical Dispatch Emergency Medical Technicians General Practitioners Health Care Professionals Health Services, National Hemorrhage Nurses Paramedical Personnel Patients Physicians Primary Health Care SERPINA3 protein, human
A retrospective case review of all missions conducted by Surrey-Sussex HEMS over a one-year period (1/9/2010-1/9/2011) was conducted. All missions were reviewed and those with medical OHCA as the initial dispatch were selected. Inclusion criteria were cases were HEMS attended an OHCA of non-traumatic aetiology. Exclusion criteria were HEMS stand-downs and case where the patient had not suffered a cardiac arrest or the OHCA was felt to be traumatic in origin.
HEMS is activated by a designated HEMS paramedic in the ambulance dispatch centre. The HEMS paramedic was the ability to screen all calls in real time and also listen to select calls if needed. Specific dispatch criteria exist for tasking HEMS to trauma incidents but tasking to medical incidents is at the discretion of the HEMS paramedic.
The ambulance dispatch log, HEMS patient record sheet and patient vital signs summary were all reviewed. Utstein data was reviewed for each patient and collated on a Microsoft Excel (Microsoft Inc) database. Descriptive statistics were used to describe the study cohort with median and interquartile range used for continuous variables. The study was registered as a service evaluation and formal ethical approval waived. Patients were followed up to hospital discharge.
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Publication 2013
Ambulances Auditory Perception Birth Injuries Cardiac Arrest Emergency Medical Technicians Feelings Hemorrhage Lanugo Patient Discharge Patients Signs, Vital Wounds and Injuries
The Central Denmark Region covers a mixed urban and rural area of approximately 13000 km2with a population of 1.27 million. The overall population density is 97.7 inhabitants pr. km2.
The standard EU emergency telephone number (1-1-2) covers all Denmark and there is an Emergency Medical Dispatch Centre in each of the five Danish regions. Emergency Medical Dispatch is criteria based.
The Central Denmark Region has a two-tiered EMS system. The first tier consists of 64 ground ambulances staffed with Emergency Medical Technicians (EMTs) on an intermediate or paramedic level (EMT-I / EMT-P). EMTs in The Central Denmark Region do not perform PHETI, nor do they use supraglottic airway devices (SADs).
The second tier consists of ten pre-hospital critical care teams staffed with an anaesthesiologist (with at least 4½ years’ experience in anaesthesia) and a specially trained EMT. Nine of the pre-hospital critical care teams are deployed by rapid response vehicles; the tenth team staffs a HEMS helicopter.
In the most rural parts of the region there are three rapid response vehicles staffed with an EMT and an anaesthetic nurse. The anaesthetic nurses do not use SADs nor do they perform Rapid Sequence Intubation (RSI) or other forms of drug-assisted PHAAM in the pre-hospital setting. These rapid response vehicles were not part of this study.
The pre-hospital critical care teams covered by this study employ approximately 90 anaesthesiologists as part time pre-hospital physicians. There are no full-time pre-hospital critical care physicians in the region – all physicians primarily work in one of the five regional emergency hospitals or at the university hospital. All pre-hospital critical care physicians have in-hospital emergency anaesthesia and advanced airway management both in- and outside the operating theatre as part of their daily work. Intensive care is part of the Danish anaesthesiological curriculum.
All pre-hospital critical care teams carry the same equipment for airway management. This includes equipment for bag-mask-ventilation (BMV), endotracheal tubes and standard laryngoscopes with Macintosh blades (and Miller blades for infants and neonates), intubation stylets, AirTraq™ laryngoscopes, Gum-Elastic Bougies, standard laryngeal masks (LMAs), intubating laryngeal masks (ILMAs) and equipment for establishing a surgical airway. All units are equipped with a capnograph and an automated ventilator. The pre-hospital critical care teams carry a standardised set-up of medications including thiopental, propofol, midazolam and s-ketamine for anaesthesia and sedation, alfentanil, fentanyl and morphine for analgesia and suxametonium and rocuronium as neuro-muscular blocking agents (NMBAs). Lidocain is available for topical anaesthesia.
Our system has no airway management protocols or standard operating procedures (SOPs) regarding PHAAM or pre-hospital RSI [22 (link)] and the physicians use the available drugs and equipment at their own discretion.
The pre-hospital critical care anaesthesiologists in our region have an average of 17.6 years of experience in anaesthesia and on average 7.2 years of experience with pre-hospital critical care. The average pre-hospital critical care physician performs 14.5 endotracheal intubations per month, 1 of them in the pre-hospital setting.
We have previously reported details of the pre-hospital critical care physicians’ education, training, level of experience and equipment-awareness in our region [22 (link)].
We collected data from February 1st 2011 until November 1st 2012.
Follow-up data regarding 30-days mortality were collected in January and February 2013.
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Publication 2013
Airway Management Alfentanil Ambulances Anesthesia Anesthesiologist Anesthetics Awareness Capnography Cardiac Arrest Critical Care Emergencies Emergency Medical Dispatch Emergency Medical Technicians Fentanyl Hemorrhage Infant Infant, Newborn Intensive Care Intubation Intubation, Intratracheal Ketamine Laryngeal Masks Laryngoscopes Lidocaine Management, Pain Medical Devices Midazolam Morphine Muscle Tissue Nurses Operative Surgical Procedures Paramedical Personnel Pharmaceutical Preparations Physicians Propofol Rapid Sequence Intubation Rocuronium Sedatives Temporal Lobe Thiopental Topical Anesthetics

Most recents protocols related to «Emergency Medical Technicians»

This retrospective observational study analyzed and compared the prehospital EMS time interval and nontransport rate of patients with fever who contacted the EMS system in Busan in South Korea from March 1, 2019 to February 28, 2022.
Busan, where we conducted this study, is a metropolitan city located on the southeastern coast of the Korean peninsula consisting of 15 major administrative districts and one county with a population of over 3.35 million and an area of 770.04 km.2 (link)12 The EMS system of Busan is a government-based and single-tiered system, which is the same as that of South Korea as a whole and provides basic- to intermediate-level EMSs from fire agency headquarters. As of 2021, the Busan EMS system consists of one headquarters, one fire school, 11 fire stations with 59 safety centers, and 70 EMS teams. There is one EMS system control center where all emergency calls are processed and dispatched to the EMS teams. Most EMS teams have three EMS providers, including at least one emergency medical technician (EMT). Most EMS providers are registered nurses or have first/second-level EMT certification. Ambulances with physicians are not available except for interhospital transfers. There are three levels of EDs according to their capabilities and resources in South Korea. As of 2021, Busan had one regional emergency center, eight local emergency centers, and 19 local EDs.13 (link)
Publication 2023
Ambulances Emergencies Emergency Medical Technicians Fever Koreans Patients Physicians Registered Nurse Safety
The implementation of the UBC strategy was a multi-faceted educational program including a standardized training program, the UBC protocol and a nurse survey on the knowledge on BC (Protocol Additional file 1: Table S1, Table S2 and Table S3). Medical staff (physicians and residents) and ICU nurses were trained during a 1-h standardized training program provided by the same intensivist (M.R.) during the whole study. The UBC protocol was posted in the admission area and in the ICU subunits with a reminder of the importance of the blood volume collected (up to 10 mL per bottle) and hygiene procedure.
The UBC consisted of sampling a large volume of blood (40 mL) through a unique venipuncture and equally distributed into 2 aerobic bottles and 2 anaerobic bottles (each bottle filled with 10 mL of blood). BC collection could only be performed on medical prescription. Collecting and/or prescribing additional BC was strongly discouraged for at least 48 h. This point was emphasized during the training of prescribers and nurses and was considered as a major change in the way BC were collected.
The educational program was repeated every 6 months (shift of new residents) and administered to every new paramedic or physician in the ICU (Additional file 1: Figure S1).
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Publication 2023
BLOOD Blood Volume Emergency Medical Technicians Exercise, Aerobic Medical Staff Nurses Physicians Programmed Learning Protein Subunits Venipuncture
The Danish healthcare system is tax-based and consists of both primary and secondary/tertiary healthcare sectors [14 ]. The primary healthcare service is provided by the municipalities (which are responsible for home care and nursing homes) and general practitioners (GPs), who are the patients’ primary contact points with the healthcare services [14 ]. In cases of lesser urgency occurring outside the usual service hours, an out-of-hours system based on GPs is provided [15 (link)]. The secondary/tertiary healthcare services are provided by hospitals, which are responsible for specialised healthcare services [14 ]. A three-tiered prehospital system provides immediate prehospital emergency care, which comprises emergency medical technicians, paramedics and prehospital anaesthesiologists [16 (link)].
Publication 2023
Anesthesiologist Emergency Medical Technicians General Practitioners Paramedical Personnel Patients Prehospital Emergency Care
158 and 168 students were enrolled in the bachelor’s program in paramedic science at OsloMet at the time of DC1 and DC2, respectively, meaning the response rates were 69% (DC1) and 74% (DC2). The bachelor’s program offers theoretical subjects with additional simulation training, and one-third of the program is dedicated to supervised clinical placements. The clinical placements were mainly undertaken in the pandemic's Norwegian epicentre, in the Oslo University Hospital ambulance department (OUH). Further information about the context is available in our previous paper [10 ].
Norway's emergency medical system (EMS) is a government-funded non-physician-based system. The education of ambulance personnel is either a three-year bachelor’s programme (180 ECTS) followed by a paramedic authorization [14 ] or a two-year high school education along with two years of EMS practice before gaining their authorization as an Emergency Medical Technician (EMT) [15 ]. The EMT authorization can also be obtained for nurses after working two years in the EMS and completing compulsory advanced life support courses [15 ]. Post authorization EMTs can enrol to further education programs.
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Publication 2023
Ambulances Compulsive Behavior Education, Medical Educational Personnel Electroconvulsive Therapy Emergencies Emergency Medical Technicians ITK protein, human Nurses Paramedical Personnel Physicians Programmed Learning Student
A prospective, observational, multi-center, ambulance-based, EMS-delivery, observational, controlled study was conducted in adults with suspected ACVD transferred by ambulance to an Emergency Department (ED) between 1 October 2019 and 30 November 2021.
This study was undertaken in three Spanish provinces (Salamanca, Segovia, Valladolid), covering a population of 995,137 residents. This study involved six advance life support (ALS) units, thirty-eight basic life support (BLS) units and four hospitals, all with an Acute Cardiac Care Unit (UCCA) and two with a 24/7 cardiac intervention room; therefore, in case of an unexpected requirement for emergency transfer to the hemodynamics unit, priority was given to the emergency relocation to one of these specialized centers. All facilities were managed by the Public Health System (SACYL).
Citizens request emergency medical support by calling the 1-1-2 phone number and an operator collects the geolocation and affiliation data. Subsequently, a coordinating physician conducts a brief guided consultation and assigns the most appropriate assistance option. The BLS teams are made up of two Emergency Medical Technicians (EMT), and the ALS teams include two EMT, an Emergency Registered Nurse (ERN) and a physician. These teams provide basic or advanced life support based on pre-established protocols and clinical practice guidelines, either on-scene or en route.
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Publication 2023
A 137 Adult Ambulances Emergencies Emergency Medical Technicians Heart Hemodynamics Hispanic or Latino Obstetric Delivery Physicians Registered Nurse

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More about "Emergency Medical Technicians"

Emergency Medical Technicians (EMTs), First Responders, Pre-Hospital Care, Emergency Medical Services (EMS), Paramedics, Basic Life Support (BLS), Patient Assessment, Medical Emergencies, Accident Response, Natural Disasters, Triage, Patient Transport, Medical Facilities, Decision-Making, Preparedness, SPSS 24.0, SPSS Statistics version 20, SimMan 3G, SPSS version 26, HEM-907, Resusci Anne, SPSS Statistics for Windows, Version 26.0.
EMTs, also known as first responders, play a crucial role in providing immediate medical care and transportation to individuals in emergency situations.
Trained in basic life support, patient assessment, and emergency medical procedures, they are often the first to arrive at the scene of accidents, natural disasters, and other medical emergencies.
Their responsibilities include evaluating patients' conditions, administering first aid, and transporting them to appropriate medical facilities.
EMTs must maintain a high level of preparedness and decision-making skills to effectively manage a wide range of emergency situations.
Their work is essential in saving lives and minimizing the impact of medical emergencies in the community.
With the help of tools like PubCompare.ai, EMTs can optimize their research protocols for reproducibility and accuracy, leveraging AI-driven comparisons to identify the best protocols and products from literature, pre-prints, and patents.
This can streamline their research and uncover the insights they need for success.
The use of SPSS, SimMan, and other medical technologies can further enhance the training and decision-making capabilities of EMTs, enabling them to provide the best possible care in emergency situations.
By staying up-to-date with the latest advancements in their field, EMTs can continue to play a vital role in saving lives and supporting their communities.