1.Radiological Emergencies and the Medical Physicist.
Korean Journal of Medical Physics 2011;22(1):1-2
No abstract available.
Emergencies
2.Obligations on Emergency Medical Care.
Journal of the Korean Medical Association 1998;41(7):702-706
No abstract available.
Emergencies*
3.Inflight Medical Emergencies in Asiana Airlines.
Korean Journal of Aerospace and Environmental Medicine 2000;10(3):224-226
No abstract available.
Emergencies*
4.Emergency medical system on the viewpoint of administratin and management.
Journal of the Korean Society of Emergency Medicine 1993;4(1):8-14
No abstract available.
Emergencies*
5.Emergency medical system on the viewpoint of medical paractice.
Journal of the Korean Society of Emergency Medicine 1993;4(1):5-7
No abstract available.
Emergencies*
6.National Emergency Management Agency of Republic Korea.
Journal of Korean Burn Society 2010;13(1):14-15
No abstract available.
Emergencies
;
Korea
7.The Effect of Six Sigma Activity in Major Trauma Patients on the Time Spent in the Emergency Department.
Hyun Soo KIM ; Ok Jun KIM ; Sung Wook CHOI ; Eui Chung KIM ; Young Tae PARK ; Tae I KO ; Yun Kyung CHO
Journal of the Korean Society of Traumatology 2010;23(2):119-127
PURPOSE: This study was conducted to shorten the time spent at each stage of treatment and to reduce the total amount of time patients spend in the emergency department (ED) by applying Six Sigma in the treatment of major trauma patients. METHODS: This is a comparative study encompassing 60 patients presenting to the ED of Bundang CHA Hospital from January 2008 to December 2008 and from July 2009 to March 2010. The stages of treatment for major trauma patients were divided into six categories (T1: total emergency department staying time, T2: duration of visit-radiologic evaluation time, T3: duration of visit-consult to department of admission, T4: duration of consultation-issue of hospital admissions time, T5: duration of visit-issue of hospital admissions time, T6: duration of issue of hospital admission-emergency department discharge time) and the total time patients spent in the ED was compared and analyzed for periods; before and after the application of Six Sigma. RESULTS: After the application of Six Sigma, the numerical values in four of the six categories were significantly reduced; T2, T3, T4, and T5. However, the average of the total time patients spent in the ED did not show any remarkable change because the T6 increased highly. The level of Six Sigma increased 0.17sigma. CONCLUSION: The application of Six Sigma for major trauma patients in the ED resulted in a significant improvement in the error rate for the total time patients spent in the ED. The Six Sigma activity has shown great potential. Therefore, the project is expected to bring better results in every stage of treatment if the levels of the hospital facilities are improved.
Emergencies
;
Humans
8.A statistical analysis of emergency patients.
Journal of the Korean Surgical Society 1991;41(5):673-682
No abstract available.
Emergencies*
;
Humans
9.A statistical analysis of emergency patients.
Journal of the Korean Surgical Society 1991;41(5):673-682
No abstract available.
Emergencies*
;
Humans
10.Evaluation of Coordination of Emergency Response Team through the Social Network Analysis. Case Study: Oil and Gas Refinery.
Iraj MOHAMMADFAM ; Susan BASTANI ; Mahbobeh ESAGHI ; Rostam GOLMOHAMADI ; Ali SAEE
Safety and Health at Work 2015;6(1):30-34
BACKGROUND: The purpose of this study was to examine the cohesions status of the coordination within response teams in the emergency response team (ERT) in a refinery. METHODS: For this study, cohesion indicators of social network analysis (SNA; density, degree centrality, reciprocity, and transitivity) were utilized to examine the coordination of the response teams as a whole network. The ERT of this research, which was a case study, included seven teams consisting of 152 members. The required data were collected through structured interviews and were analyzed using the UCINET 6.0 Social Network Analysis Program. RESULTS: The results reported a relatively low number of triple connections, poor coordination with key members, and a high level of mutual relations in the network with low density, all implying that there were low cohesions of coordination in the ERT. CONCLUSION: The results showed that SNA provided a quantitative and logical approach for the examination of the coordination status among response teams and it also provided a main opportunity for managers and planners to have a clear understanding of the presented status. The research concluded that fundamental efforts were needed to improve the presented situations.
Emergencies*
;
Logic