Clinical Analysis of Direct Medical Oversight in a Korean Metropolitan City

PURPOSE: In Korea, the EMS system is a municipal governmental fire-based system. Since 2012, an EMS medical director has been appointed in all fire stations by legislation. This study examined the direct medical oversight (DMO) clinically in a Korean metropolitan city. METHODS: This is a descriptive analysis of the fire-based centralized DMO in a metropolitan city. The current status of the ambulance crew of a fire station including certification, EMS experience, the number of requested DMO, and the statistics of DMO, and the DMO physicians of a fire department dispatch center, was studied. The ambulance run sheets of a fire station were reviewed to survey the assessment and intervention of ambulance-receiving DMO. RESULTS: Although it is increasing every year, the ratio of ambulance runs receiving DMO was 2.5–11.1% in a fire station. The fire station has 45 ambulance crew, half of which were level 1 emergency medical technicians and registered nurses. In a fire department dispatch center, most (70%) of the DMO physicians were emergency physicians. The ratio of prehospital assessment, including consciousness (100%), full vital sign (78.8–91.2%), oxygen saturation (86.5–100%), blood sugar test (31.3–94.4%), and ECG (16.7–48.5%), was higher than the ratio of prehospital intervention, including advanced airway (1.9–21.15), bag mask ventilation (3.0–63.2%), IV dextrose water (55.6%), nitroglycerin subligual (42.9%), cervical immobilization (57.7%), and wound dressing (53.85) in an ambulance run receiving DMO in a fire station. CONCLUSION: The ratio of patients transported by ambulance receiving DMO is still low in a metropolitan city. The DMO should be strengthened to improve the patient safety and quality of EMS in Korea.

Exploration on the Talent Training Mode of Medical Direction of Chain Management Major in Higher Vo-cational College / 中国药房

OBJECTIVE:To provide reference for improving the quality of talent training for medical direction of chain man-agement major in higher vocational college. METHODS:The situation of pharmaceutical retail chain industry market was analyzed in China;the problems of talent training mode were summarized to put forward reform plan and measures according to disadvantag-es. RESULTS:Based on the market situation as continues expansion of pharmaceutical retail chain industry market scale,shortage of professional talent pool,the formulation of new retail mode in China,and training mode situation as not enough in-depth cooper-ation between college and enterprise,poor practicality and pertinence of course setting,irrational teachers'structure,teaching re-form could be conducted on the basis of modern apprenticeship system in following aspects,such as college and enterprise shared the responsibility of training and cultivating,student admission is recruitment;college and enterprise designed curriculum system and assessed students together;double tutorteam of college teacher and enterprise teacher was constructed. CONCLUSIONS:The talent training mode based on modern apprenticeship system is the entry point for teaching reform of medical direction of chain management major in higher vocational college,which is conducive to cultivate high quality pharmaceutical management talents meeting industry needs and social development.

Implementation of a Direct Medical Direction System for 119 EMS Providers and Expansion of Scope of Practices Under the Indirect Protocols-Experience in Gyunggi Province

PURPOSE: Medical direction is an integral part of proper prehospital care, which is performed by EMS providers. In Gyunggi province, a number of measures have been implemented to improve the direct medical direction system. We aimed to report on the process and results of the newly implemented medical direction system. METHODS: This is a descriptive analysis of the newly implemented medical direction system for community EMS providers from June 2014 to October 2014. Direct medical direction was requested by emergency medical technicians (EMTs) during the study period, as follows: when a destination hospital was selected, EMTs requested medical direction from the physicians at the destination hospital. During the study period specially-trained advanced EMTs were permitted to perform intravenous (IV) access for fluid or glucose infusion without direct medical direction. EMTs were asked to complete records when they requested direct medical direction and performed IV access without medical direction. These records were collected and used in the analysis. RESULTS: Of 5949 direct medical direction requests, 5527 were analyzed; 2958 (53.5%) cases were requested to the destination hospitals, 2569 (46.5%) were requested to the centralized dispatch center. 'Patient evaluation' was the most common reason for EMTs to request medical direction to the destination hospitals (1680, 54.4%) and centralized dispatch center (980, 38.1%). EMTs' degree of satisfaction did not differ significantly between destination hospitals and the centralized dispatch center (4.12+/-0.82 and 4.09+/-0.84, p=0.053). IV access rate for hypotensive patients increased 6.1% during the study period compared to the same period of 2013 (17.6% and 11.5%, p<0.01). CONCLUSION: We found that it is feasible to request direct medical direction to the destination hospitals and perform IV access for fluid or glucose infusion without direct medical direction for specially-trained advanced EMTs. Continuing efforts to establish an optimized medical direction system would be required for proper pre-hospital care.

The role of online medical direction in emergency medical services in India.

Medical direction is a system of physician-directed quality assurance that provides professional and public accountability for medical care provided in the prehospital setting. In an Emergency Medical Services (EMS) system, medical direction provides the operational framework and authorization for EMTs and others to provide emergency treatment outside the hospital. While attending and transporting critical patients to a definitive care setting, there is a need for advanced interventions and administration of drugs to the patients, this will alleviate patient suffering and ultimately allow the patient to be delivered to a receiving hospital in an already improved clinical state whenever possible. The Emergency Medical Technician (EMT) in the ambulance is not licensed to administer drugs to the patient on his own. As EMTs are not aware of administering drugs to the patients in critical situation, there is an urgent need to increase the percentage of critical cases with ERCP advice handled by EMT. The current descriptive study has been conducted to identify the hurdles and gaps preventing communication among the EMT and ERCP among a sample of 40 Emergency Medicine staff through a structured questionnaire. The study showed that there are substantial hurdles when the EMT wants to talk to the emergency physician, which can be removed by a few changes like adopting a new method of enhancing skills and training activities, revision of policies and protocols and a few managerial activities.

The Factors Affecting the Precaution and Request of Medical Direction for Prehospital Emergency Treatment of Major Trauma Patients by 119 Rescue Services

PURPOSE: This study examined the factors affecting the precaution and request of medical direction for prehospital emergency treatment of major trauma patients by 119 rescue services. METHODS: Medical records and prehospital run reports of major trauma patients with an Injury Severity Score (ISS) above 15 were reviewed. In total, 123 patients who were transferred by 119 rescue services to the Emergency Department of one hospital from December 1, 2010 to February 28, 2013 were enrolled. A total of 123 patients with major trauma satisfied the ISS criterion. Excluding 26 patients with missing data, 97 patients were included in this study. Out of these 97 patients, 72 patients were male and the mean age was 46+/-16.1 years. The statistical methods used in the analysis were the Receiver-Operating Characteristic curve and Fisher's exact test. RESULTS: Between the hospital precaution group and non-precaution group, the only significant difference was in the RTS score (p=0.007). In total, 52 patients (39 male patients; mean age 49.52+/-16.14 years) with major trauma were transferred during the medical direction period. Between groups that requested medical direction and groups that did not, the only significant difference was the time interval from the call to hospital arrival (p=0.032). CONCLUSION: Within the variables we examined, transport of major trauma patients, in addition to low incidence of precaution and request for medical direction by 119 rescue services, only a few were considered.

The Factors Affecting the Precaution and Request of Medical Direction for Prehospital Emergency Treatment of Major Trauma Patients by 119 Rescue Services

PURPOSE: This study examined the factors affecting the precaution and request of medical direction for prehospital emergency treatment of major trauma patients by 119 rescue services. METHODS: Medical records and prehospital run reports of major trauma patients with an Injury Severity Score (ISS) above 15 were reviewed. In total, 123 patients who were transferred by 119 rescue services to the Emergency Department of one hospital from December 1, 2010 to February 28, 2013 were enrolled. A total of 123 patients with major trauma satisfied the ISS criterion. Excluding 26 patients with missing data, 97 patients were included in this study. Out of these 97 patients, 72 patients were male and the mean age was 46+/-16.1 years. The statistical methods used in the analysis were the Receiver-Operating Characteristic curve and Fisher's exact test. RESULTS: Between the hospital precaution group and non-precaution group, the only significant difference was in the RTS score (p=0.007). In total, 52 patients (39 male patients; mean age 49.52+/-16.14 years) with major trauma were transferred during the medical direction period. Between groups that requested medical direction and groups that did not, the only significant difference was the time interval from the call to hospital arrival (p=0.032). CONCLUSION: Within the variables we examined, transport of major trauma patients, in addition to low incidence of precaution and request for medical direction by 119 rescue services, only a few were considered.

Implementation of a Prehospital ALS (Advanced Life Support) Program in the Seoul Metropolitan Area

PURPOSE: The purpose of this study was to determine the feasibility of the implementation of prehospital advanced life support programs and share in-hospital medical direction center operation experience. METHODS: From Oct. to Dec. 2008, twenty fire safety centers in Seoul metropolitan city took part in a pilot implementation of advanced life support programs with medical services as follow: prehospital 12 lead ECG transmission for patients with chest pain, a prehospital CPAP (continuous positive airway pressure) program for patients with dyspnea, a prehospital stroke scale application for patients with neurologic problems, and real-time audio-visual information transmission for patients with traumatic injuries. RESULTS: A total of 6,741 patients were transported to hospitals by emergency response ambulances to twenty five different safety centers. Of the total number of patients, 304 received advanced life support management. The prehospital use of 12 lead ECG transmission was 57.89%, real-time ECG was 27.45%, continuous positive airway pressure was 20.60%, stroke scale was 25%, and real-time audio-visual information was 5.98%. A Delphi survey using a panel which was expert in prehospital implementation of advanced life support programs concluded that prehospital ECG transmission and stroke scale programs should be implemented. However, they decided against implementation of the continuous positive airway pressure and real-time audio-visual information programs. CONCLUSION: Overall, the feasibility of implementation of a prehospital conventional 12 lead ECG program was good and the Delphi survey concurred that the ECG transmission and prehospital stroke scale programs should be implemented.

Direct Medical Direction Performed in an Emergency Medical Information Center

PURPOSE: This study was performed to evaluate the appropriateness of medical direction for the prehospital emergency treatment of 119 rescue services in an emergency information center. METHODS: A total of 4,028 cases requested by 119 rescue services from January 1, 2008 to December 31, 2009 were reviewed retrospectively. Medical direction for requests of 119 rescue services constituted five categories. The appropriateness of medical direction for prehospital emergency treatment of 119 rescue services was evaluated according to area and specialty. RESULTS: The majority of the 119 rescue service requests concerned resource information (72.4%). Medical direction for prehospital treatment comprised a small proportion of the requests (13.2%). The total appropriatenss of medical direction for prehospital treatment was 56.4% and was higher in emergency physician than non-emergency physician. The appropriatenss difference between two areas was not determined. CONCLUSION: The requests for prehospital emergency treatment of 119 rescue services was low. The appropriatenss of medical direction for emergency treatment was low and higher appropriatenss was observed in emergency physician.

Direct Medical Direction Performed in an Emergency Medical Information Center

PURPOSE: This study was performed to evaluate the appropriateness of medical direction for the prehospital emergency treatment of 119 rescue services in an emergency information center. METHODS: A total of 4,028 cases requested by 119 rescue services from January 1, 2008 to December 31, 2009 were reviewed retrospectively. Medical direction for requests of 119 rescue services constituted five categories. The appropriateness of medical direction for prehospital emergency treatment of 119 rescue services was evaluated according to area and specialty. RESULTS: The majority of the 119 rescue service requests concerned resource information (72.4%). Medical direction for prehospital treatment comprised a small proportion of the requests (13.2%). The total appropriatenss of medical direction for prehospital treatment was 56.4% and was higher in emergency physician than non-emergency physician. The appropriatenss difference between two areas was not determined. CONCLUSION: The requests for prehospital emergency treatment of 119 rescue services was low. The appropriatenss of medical direction for emergency treatment was low and higher appropriatenss was observed in emergency physician.