- The Study of the Severity and Prognosis in Severe Traumatic Patients according to Alcohol Ingestion
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Ho Hyung Jung, Sang Kyoon Han, Sung Wha Lee, Sung Wook Park, Soon Chang Park, Seok Ran Yeom, Moon Gi Min, Yong In Kim, Ji Ho Ryu
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J Trauma Inj. 2014;27(4):108-114.
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 Abstract
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- PURPOSE
Alcohol ingestion is a significant risk factor for injuries. However, the influence of high blood alcohol concentration about the severe traumatic injury is controversial. The aim of study was to analyze the injury severity, prognosis in severe traumatic patients according to alcohol ingestion.
METHODS
This study was performed retrospectively with severe traumatic patients (Injury Severity Score> or =16) who visited the emergency department at Pusan National University Hospital from January 2013 to December 2013.
RESULTS
In total 98 severe traumatic patients, blood alcohol concentration (BAC) positive group (BAC>30 mg/dl) is 42 (42.90%) patients and BAC negative group (BAC< or =30 mg/dl) is 56 (57.10%)patients. Head and neck injury is significantly high in BAC positive group (35 patients, 83.3%) compared to BAC negative group (33 patients, 58.9%). Comparison of injury severity, outcome and mortality is not significantly different between two groups.
CONCLUSION
In severe traumatic patients, head and neck injury occurred high in BAC positive group. Alcohol ingestion did not influence injury severity, outcome in severe traumatic patients. However, effort to decreasing injury related to alcohol ingestion and prospective multi-center study is needed.
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Summary
- Why do Multiple-trauma Patients Stay Longer in the Intensive Care Unit?; A Comparison of Injury Severity Score and The Number of Injured Regions
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Mu Jin Jo, Seong Hwa Lee, Seok Ju Cho, Seok Ran Yeom, Sang Kyoon Han, Sung Wook Park, Dae Seop Lee
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J Trauma Inj. 2013;26(2):47-52.
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Abstract
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- PURPOSE
Injury severity score (ISS), a widely used scoring system, is used to define the severity of trauma in multiple-trauma patients. Nevertheless, ISS cut-off value for predicting the outcome of multiple-trauma patients has not been confirmed. Thus, this study was performed to determine the more useful method for predicting the outcome for multiple-trauma patients: the ISS or the number of anatomical Abbreviated injury scale (AIS) injury regions.
METHODS
For 195 consecutive patients who a regional emergency medical center, we analyzed the ISS and the number of anatomical AIS injury region. The patients were divided into four groups based on the ISS and the number of anatomical AIS regions. We compared intensive-care-unit (ICU) admission days and hospitalization days and ICU stay ratio (ICU admission days/hospitalization days) between the four groups.
RESULTS
In the groups with an ISS more than 17, the results were not significantly different statistically the group with 2 anatomical AIS injury regions and more than 3 anatomical AIS injury regions. Also, in the group with an ISS of 17 or less, the results were the same as those for patients with an ISS more than 17 (p>0.05). Among the patients with 2 anatomical AIS injury regions, patients with an ISS more than 17 patients had more ICU admission days and a higher ICU stay ratio than patients with an ISS 17 or less. Also, Among the patients with 3 anatomical AIS injury regions, the results were the same as those for patients with 2 anatomical AIS injury regions.
CONCLUSION
Patients with high ISS, regardless of the number of anatomical AIS injury regions had significantly longer ICU stays and higher ICU admission ratio. Thus, the ISS may be a better method than the number of anatomical AIS injury regions for predicting the outcomes for multiple-trauma patients.
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Summary
- Field Triage of Severely Injured Patients and Transportation by the EMS Rescue Group of Busan and Kyungnam, Korea: Is It Appropriate?
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Jong Eon Lim, Seok Ran Yeom, Suck Ju Cho, Sang Kyun Han, Sung Wook Park, Sung Hwa Lee
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J Trauma Inj. 2012;25(4):145-151.
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Abstract
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- PURPOSE
The objective of this study was to determine the appropriateness of Emergency Medical Service's (EMS's) triage and transport of severely injured patients in Busan and Kyungnam, Korea.
METHODS
The medical records of the Emergency Medical Information Center were retrospectively reviewed from January 1, 2010 to December 31, 2010. We identified the number of patients that should have been transferred from a secondary to a tertiary hospital according to the EMS field triage protocol.
RESULTS
In a total of 472 cases requests to be transferred to a third hospital were made through the Emergency Medical Information Center. Of these, 207 patients(43.9%) should have been transferred to a tertiary hospital according to the EMS field triage protocol. Among them, thirty-three(15.9%) patients satisfied step 1, 15(7.0%) satisfied step 2, and 117(56.5%) satisfied step 3. Twenty-three(11.1%) patients satisfied both steps 1 and 3.
CONCLUSION
We found the triage by the EMS in the transfer of severely injured patients to a tertiary hospital to be inappropriate and re-education of EMS personnel regarding the EMS field triage protocol is needed. Because many patients are transferred from a secondary to a third hospital, we suggest changing the EMS field triage protocol to expand the severe injury criteria. A need exists to authorize secondary hospitals to transfer severely injured patients directly because there are no trauma centers in Korea.
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Summary
- Development of Simple Prediction Method for Injury Severity and Amount of Traumatic Hemorrhage via Analysis of the Correlation between Site of Pelvic Bone Fracture and Amount of Transfusion: Pelvic Bleeding Score
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Sang Sik Lee, Byung Kwan Bae, Sang Kyoon Han, Sung Wook Park, Ji Ho Ryu, Jin Woo Jeong, Seok Ran Yeom
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J Trauma Inj. 2012;25(4):139-144.
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Abstract
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- PURPOSE
Hypovolemic shock is the leading cause of death in multiple trauma patients with pelvic bone fracures. The purpose of this study was to develop a simple prediction method for injury severity and amount of hemorrhage via an analysis of the correlation between the site of pelvic bone fracture and the amount of transfusion and to verify the usefulness of the such a simple scoring system.
METHODS
We analyzed retrospectively the medical records and radiologic examination of 102 patients who had been diagnosed as having a pelvic bone fracture and who had visited the Emergency Department between January 2007 and December 2011. Fracture sites in the pelvis were confirmed and re-classified anatomically as pubis, ilium or sacrum. A multiple linear regression analysis was performed on the amount of transfusion, and a simplified scoring system was developed. The predictive value of the amount of transfusion for the scoring system as verified by using the receiver operating characteristics (ROC). The area under the curve of the ROC was compared with the injury severity score (ISS).
RESULTS
From among the 102 patients, 97 patients (M:F=68:29, mean age=46.7+/-16.6 years) were enrolled for analysis. The average ISS of the patients was 16.2+/-7.9, and the average amount of packed RBC transfusion for 24 hr was 3.9+/-4.6 units. The regression equation resulting from the multiple linear regression analysis was 'packed RBC units=1.40x(sacrum fracture)+1.72x(pubis fracture)+1.67x(ilium fracture)+0.36' and was found to be suitable (p=0.005). We simplified the regression equation to 'Pelvic Bleeding Score=sacrum+pubis+ilium.' Each fractured site was scored as 0(no fracture) point, 1(right or left) point, or 2(both) points. Sacrum had only 0 or 1 point. The score ranged from 0 to 5. The area under the curve (AUC) of the ROC was 0.718 (95% CI: 0.588-0.848, p=0.009). For an upper Pelvis Bleeding Score of 3 points, the sensitivity of the prediction for a massive transfusion was 71.4%, and the specificity was 69.9%.
CONCLUSION
We developed a simplified scoring system for the anatomical fracture sites in the pelvis to predict the requirement for a transfusion (Pelvis Bleeding Score (PBS)). The PBS, compared with the ISS, is considered a useful predictor of the need for a transfusion during initial management.
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Summary
- Correlation Between Pulmonary Contusion and Myocardial Contusion in Patients with Multiple Injuries
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Ji Ho Ryu, Seok Ran Yeom, Jin Woo Jeong, Mun Ki Min, Maeng Real Park, Yong In Kim, Sang Kyun Han, Sung Wook Park
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J Korean Soc Traumatol. 2011;24(1):31-36.
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Abstract
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- PURPOSE
This study was conducted to evaluate the correlations among pulmonary contusion severity, trauma score and cardiac troponin I (cTnI) level.
METHODS
We prospectively evaluated patients with multiple injuries who had been admitted to the emergency department (ED) from July 2007 to July 2008. We first measured the total creatinine kinase (CK), the MB fraction of CK (CK-MB), TnI, and myoglobin within 2 hours after the injury. We then checked the electrocardiogram, x-ray, and computed tomography (CT) results. Finally, we assessed the injuries as variables and then compared the results for patients with elevated TnI levels (group A) and patients whose TnI levels fell within the normal range (group B).
RESULTS
Eighty-six of the 92 patients admitted to the ED were enrolled. The pulmonary contusion score (PCS) was well correlated with PaO2/FiO2. TnI levels were correlated with PCS. When TnI levels were above 0.86 ng/ml, the mortality was estimated with 100% sensitivity and 86.1% specificity.
CONCLUSION
Pulmonary contusion severity is correlated with TnI level. When the PCS is high and the cTnI level is elevated in multiple-injury patients, we recommend continuous cardiac monitoring and further evaluation.
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Summary
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