BACKGROUND: Triage and transportations are important and life-saving medical task performed at the site of mutiple-casualty incidents(MCIs). We pursued three road traffic accidents victims to find out any problem in triaging and transporting them, and to provide an information for equipping an local disaster planning. METHODS: The medical records of 70 consecutive patients who were transported to five emergency facilities in Kangnung, on three MCIs from 1998 to 2000, were analysed, retrospectively. The intervals and types of transport vehicles were analysed. We compared the prehospital time between severity-based groups, which were graded into 3 groups according to the Triage score(0, 1~8, 9). RESULTS: Among the 70 patients, 33 patients(47.1%), 21 patients(30%), and 16 patients(22.9%) were transported to Level I, Level II, and Level III trauma centers, respectively. The time elapsed from scenes to the Level I trauma center was significantly shorter(p=0.003) than to others, but no differences in the mean Triage score between trauma centers were seen(p>0.05). The 119 rescue services transported 58.6%(41 patients) of victims to emergency facilities, and 58.5%(24 patients) of them was concentrated to Level I. There were no significant differences in the prehospital time between three Triage score groups(p>0.05). CONCLUSION: There was no medical control such as triage and transportation in the cases of three MCIs. In the construction of emergency medical service system(EMSS) preparing MCIs or disasters, we suggest the integration and unification of 119 rescue services and emergency medical information centers for effective medical control. We propose to making a new and simple triage guideline. The prehospital personnel should be educated and disaster drills should be performed under the guideline.
Accidents, Traffic ; Disaster Planning ; Disasters ; Emergencies ; Emergency Medical Services ; Humans ; Information Centers ; Medical Records ; Retrospective Studies ; Transportation* ; Trauma Centers ; Triage*

BACKGROUND: The incidence and etiology of facial bone fracture differ widely according to time and geographic setting. Because of this, prevention and management of facial bone fracture requires ongoing research. This study examines the relationship between socioeconomic status and the incidence of facial bone fractures in patients who had been admitted for facial bone fractures. METHODS: A retrospective study was performed for all patients admitted for facial bone fracture at the National Medical Center (Seoul, Korea) from 2010 to 2014. We sought correlations amongst age, gender, fracture type, injury mechanism, alcohol consumption, and type of medical insurance. RESULTS: Out of the 303 patients meeting inclusion criteria, 214 (70.6%) patients were enrolled in National Health Insurance (NHI), 46 (15.2%) patients had Medical Aid, and 43 (14.2%) patients were homeless. The main causes of facial bone fractures were accidental trauma (51.4%), physical altercation (23.1%), and traffic accident (14.2%). On Pearson's chi-square test, alcohol consumption was correlated significantly with accidental trauma (p<0.05). And, the ratio of alcohol consumption leading to facial bone fractures differed significantly in the homeless group compared to the NHI group and the Medical Aid group (p<0.05). CONCLUSION: We found a significant inverse correlation between economic status and the incidence of facial bone fractures caused by alcohol consumption. Our findings indicate that more elaborate guidelines and prevention programs are needed for socioeconomically marginalized populations.
Accidents, Traffic ; Alcohol Drinking ; Facial Bones* ; Humans ; Incidence ; Insurance ; National Health Programs ; Retrospective Studies* ; Social Class*

PURPOSE: There have been few studies concerned with the hiccup patients who visit the emergency department. The purpose of this study is to investigate the epidemiology and clinical characteristics of hiccup patients. METHODS: We retrospectively reviewed 60 hiccup patients who visited the emergency departments of Chungbuk National University Hospitals, Chungnam National University Hospital and Chonnam National University Hospital in Korea from January 2005 to December 2007. We categorized the patients into 2 groups of the discharged and the admitted and also into groups of patients who had different types of treatments. We compared clinical outcomes and characteristics of the groups. RESULTS: A total of 60 cases of hiccup patients visited the emergency department from January 2005 to December 2007. There was a significant difference in the recovery rate from hiccups between the discharged group and the admission group (72.4% & 100.0%, p=0.04). The 3 major drugs used for treatment were metoclopramide, chlorpromazine, and benzodiazepine. The patients showed a broad spectrum for the final diagnosis, from the benign hiccups to ischemic stroke in the pons area. CONCLUSION: In this study, the hiccup patients who visited the ED showed simple temporal signs to various severe diseases such as the ischemic stroke in the pons. These findings can be useful reference for the decision making at admission or discharge and for predicting the prognosis of the hiccup patients who visit the emergency department.
Benzodiazepines ; Chlorpromazine ; Decision Making ; Emergencies ; Hiccup ; Hospitals, University ; Humans ; Korea ; Metoclopramide ; Pons ; Prognosis ; Retrospective Studies ; Stroke

No abstract available.
Lung Neoplasms* ; Lung*

n patients who have undergone knee joint surgery or suffer from osteoarthritis, weakened quadriceps muscle strength is often observed. This can lead to various pathological issues in the long term, such as abnormal gait and persistent knee pain. Due to the need to protect against pain or surgical site complications, high-intensity exercise is often restricted for most patients with muscle atrophy in the knee joint due to surgery or osteoarthritis or surgery. To overcome this challenge, various methods are being attempted, including exercise combined with neuromuscular electrical stimulation, blood flow restriction (BFR) exercise, and biofeedback exercise. Recently, BFR exercise has garnered attention in line with these strategic trends. Applying low-intensity BFR exercise to patients who have undergone anterior cruciate ligament reconstruction surgery or suffer from knee joint osteoarthritis, most studies report improvements in strength, muscle mass, and functional enhancement of the knee joint. Compared to non-BFR high-intensity exercise, it has been reported that increases in maximal strength and muscle mass are similar, but pain reduction is superior with BFR exercise. Engaging in low-intensity BFR exercise for a sufficient duration can minimize the risk of injury associated with high-intensity exercise while maximizing the exercise’s effectiveness, leading to symptom improvement and enhancement of knee joint function. Furthermore, when conducted according to specified manuals, the likelihood of cardiovascular imbalance, muscle damage, thrombosis, and embolism due to BFR is low, making it a safe rehabilitation method.

n patients who have undergone knee joint surgery or suffer from osteoarthritis, weakened quadriceps muscle strength is often observed. This can lead to various pathological issues in the long term, such as abnormal gait and persistent knee pain. Due to the need to protect against pain or surgical site complications, high-intensity exercise is often restricted for most patients with muscle atrophy in the knee joint due to surgery or osteoarthritis or surgery. To overcome this challenge, various methods are being attempted, including exercise combined with neuromuscular electrical stimulation, blood flow restriction (BFR) exercise, and biofeedback exercise. Recently, BFR exercise has garnered attention in line with these strategic trends. Applying low-intensity BFR exercise to patients who have undergone anterior cruciate ligament reconstruction surgery or suffer from knee joint osteoarthritis, most studies report improvements in strength, muscle mass, and functional enhancement of the knee joint. Compared to non-BFR high-intensity exercise, it has been reported that increases in maximal strength and muscle mass are similar, but pain reduction is superior with BFR exercise. Engaging in low-intensity BFR exercise for a sufficient duration can minimize the risk of injury associated with high-intensity exercise while maximizing the exercise’s effectiveness, leading to symptom improvement and enhancement of knee joint function. Furthermore, when conducted according to specified manuals, the likelihood of cardiovascular imbalance, muscle damage, thrombosis, and embolism due to BFR is low, making it a safe rehabilitation method.

n patients who have undergone knee joint surgery or suffer from osteoarthritis, weakened quadriceps muscle strength is often observed. This can lead to various pathological issues in the long term, such as abnormal gait and persistent knee pain. Due to the need to protect against pain or surgical site complications, high-intensity exercise is often restricted for most patients with muscle atrophy in the knee joint due to surgery or osteoarthritis or surgery. To overcome this challenge, various methods are being attempted, including exercise combined with neuromuscular electrical stimulation, blood flow restriction (BFR) exercise, and biofeedback exercise. Recently, BFR exercise has garnered attention in line with these strategic trends. Applying low-intensity BFR exercise to patients who have undergone anterior cruciate ligament reconstruction surgery or suffer from knee joint osteoarthritis, most studies report improvements in strength, muscle mass, and functional enhancement of the knee joint. Compared to non-BFR high-intensity exercise, it has been reported that increases in maximal strength and muscle mass are similar, but pain reduction is superior with BFR exercise. Engaging in low-intensity BFR exercise for a sufficient duration can minimize the risk of injury associated with high-intensity exercise while maximizing the exercise’s effectiveness, leading to symptom improvement and enhancement of knee joint function. Furthermore, when conducted according to specified manuals, the likelihood of cardiovascular imbalance, muscle damage, thrombosis, and embolism due to BFR is low, making it a safe rehabilitation method.

n patients who have undergone knee joint surgery or suffer from osteoarthritis, weakened quadriceps muscle strength is often observed. This can lead to various pathological issues in the long term, such as abnormal gait and persistent knee pain. Due to the need to protect against pain or surgical site complications, high-intensity exercise is often restricted for most patients with muscle atrophy in the knee joint due to surgery or osteoarthritis or surgery. To overcome this challenge, various methods are being attempted, including exercise combined with neuromuscular electrical stimulation, blood flow restriction (BFR) exercise, and biofeedback exercise. Recently, BFR exercise has garnered attention in line with these strategic trends. Applying low-intensity BFR exercise to patients who have undergone anterior cruciate ligament reconstruction surgery or suffer from knee joint osteoarthritis, most studies report improvements in strength, muscle mass, and functional enhancement of the knee joint. Compared to non-BFR high-intensity exercise, it has been reported that increases in maximal strength and muscle mass are similar, but pain reduction is superior with BFR exercise. Engaging in low-intensity BFR exercise for a sufficient duration can minimize the risk of injury associated with high-intensity exercise while maximizing the exercise’s effectiveness, leading to symptom improvement and enhancement of knee joint function. Furthermore, when conducted according to specified manuals, the likelihood of cardiovascular imbalance, muscle damage, thrombosis, and embolism due to BFR is low, making it a safe rehabilitation method.

PURPOSE: With the increase of early breast cancer patients, the number of node negative breast cancer patients is also on the rise. However, reports show that there is a 20~30% recurrence in node negative breast cancer. Thus, we have attempted to determine the prognostic factors that may affect recurrence and relapse free survival. METHODS: From January, 1980, to June, 1999, 1110 node negative breast cancer patients who underwent curative surgery at the Severance Hospital, Yonsei University College of Medicine, were selected. A retrospective study was done to determine the effects of factors, such as operation method, age, size, type, histologic grade, intraductal components, ER, PR, c-erbB-2, number of lymph nodes removed, adjuvant chemotherapy, hormonal therapy and radiation therapy. RESULTS: The mean age was 47.2 years. The median follow- up period was 88 months. Recurrence occurred in 161 patients. Locoregional recurrence occurred in 64 patients, and systemic recurrence in 129 patients, while 32 patients had both. The 5 years overall survival rate was 93.3%. The rate of locoregional recurrence for a 10 year-period was significantly lower in the mastectomy group compared with that in the breast conservation therapy group (94.7% vs 79.6%, P=0.000). No other prognostic factors except the age affected in locoregional recurrence. There was less systemic recurrence in patients with the age greater than 35, with the histologic grade I, and with the intraductal components greater than 20%. Thus, 10-years distant relapse free survival rates were 87.4% vs 79.8% (P=0.039), 93.5% vs 85.5% (P=0.024), and 94.4% vs 82.0% (P=0.007), respectively. There was no statistical significance in the other prognostic factors that influence systemic recurrence. CONCLUSION: The patients' age was determined to be an independent prognostic value in the lymph node negative breast cancer. The histologic grade and intraductal components showed to have significance as prognostic factors for systemic recurrence.
Breast Neoplasms* ; Breast* ; Chemotherapy, Adjuvant ; Humans ; Lymph Nodes* ; Mastectomy ; Recurrence ; Retrospective Studies ; Survival Rate

Depth of prostate volume from the skin can vary due to intra-fractional and inter-fractional movements, which may result in dose reduction to the target volume. Therefore we evaluated the feasibility of automated depth determination-based adaptive proton therapy to minimize the effect of inter-fractional movements of the prostate. Based on the center of mass method, using three fiducial gold markers in the prostate target volume, we determined the differences between the planning and treatment stages in prostate target location. Thirty-eight images from 10 patients were used to assess the automated depth determination method, which was also compared with manually determined depth values. The mean differences in prostate target location for the left to right (LR) and superior to inferior (SI) directions were 0.9 mm and 2.3 mm, respectively, while the maximum discrepancies in location in individual patients were 3.3 mm and 7.2 mm, respectively. In the bilateral beam configuration, the difference in the LR direction represents the target depth changes from 0.7 mm to 3.3 mm in this study. We found that 42.1%, 26.3% and 2.6% of thirty-eight inspections showed greater than 1 mm, 2 mm and 3 mm depth differences, respectively, between the planning and treatment stages. Adaptive planning based on automated depth determination may be a solution for inter-fractional movements of the prostate in proton therapy since small depth changes of the target can significantly reduce target dose during proton treatment of prostate cancer patients.
Humans ; Prostate ; Prostatic Neoplasms ; Proton Therapy ; Protons ; Skin