• Journal of Chest Surgery
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• 제30권1호
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• pp.77-82
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• 1997

경북대학교병원 흉븐외과엔서는 1995년 8월까지 약 10년간 본과에 입원하여 치료한 60명의 15세이하 소아연령의 흉부외상 환아 60울을 대상으로, 외상의 원인과 양상 및 치료결과 등을 분석하여, 국내에서 발표됐던 전체 연령군에 대한 결과와 비교하여 소아 연령층의 특수성을 파악하는데 중점을 두어 분석해 보았다. 남아가 46명으로 77%를 차지하였고, 평균연령은 9세였다. 50명의 환아가 들상에 기인하였으며, 둔상환아의 60%이상이 교통사고와 관련되어 있었다. 들상의 경우 늑골골절이 52%로 가장 흔하였고, 그 다음이 기흉, 혈흉 등의 순이었다. 특히 둔상환아의 32%가 늑골골절없이 기흉 등 흉곽내 장기 손상이 있었다. 관통상의 경우 10명 모두 남아였으며, 기흉, 혈흉이 가장 흔하였다. 42%의 환아에서 흉 부이외의 동반손상이 있었다. 치료를 위해 가장 흔히 시행한 외과적 처치는흉강삽관술이었으며(45%), 10례에서 개흉술이 필요하였다. 동반손상아 있었던 경우 MISS score와 중환자실 입실기간 사이에는 유의한 상관관계가 있었다(p<0.05). 9명의 환아에서 합병증이 있었으며 폐혈증으로 1명(1.7%)이 사망하였다.

• Journal of Trauma and Injury
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• 제26권4호
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• pp.316-318
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• 2013

Rupture of the esophagus after blunt trauma is a rare event. But any type of esophageal rupture has the high morbidity and mortality rate. In these situations, the sign and symptom of the esophageal rupture is subtle and nonspecific; therefore, the physicians are usually not suspicious. Delaying in diagnosis prevents proper treatment (surgical or non-surgical) before significant complications occurred. We report a case of a cervical esophageal perforation with primary repair and drainage after blunt trauma.

• Journal of Chest Surgery
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• 제27권8호
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• pp.643-649
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• 1994

We evaluated sixteen patients of traumatic diaphragmatic injuries that we have experienced from Jan. 1987 to Aug 1993. Age was ranged from 6 to 71 years, predominantly in the fourth and fifth decades. 13 were male and 3 were female, a ratio of 4.3: 1. Blunt trauma was develped in 11 [Lt 7, Rt 4], penetrating trauma in 5 [Lt 2, Rt 3]. Preoperative diagnosis of diaphragmatic injury was possible in 8 patients [72.2 %] in blunt trauma, and 1 patient [20 %] in penetrating trauma. 8 cases[54.5%] in blunt trauma, and 4 cases in penetrating trauma were treated within 24 hours,meanwhile, patients treated after 10 days were 3, all by blunt trauma.The repair of 16 cases were performed with thoracic approach in 4 cases, thoracoabdominal approach in 3 cases, and abdominal approach in 9 cases. The herniated organs in thorax were stomach [5], colon [3], liver [2], and pancreas [1]. Postoperative complication were developed in 9cases[56.3%] significantly related with delayed operation time [p < 0.01 ]. Hospital mortality was 12.5 % [2/16], and the causes of death were hypovolemic shock in one and hepatic failure due to portal vein rupture in another.

• Journal of Chest Surgery
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• 제48권3호
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• pp.214-216
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• 2015

Blunt abdominal trauma may cause peripheral vascular injuries. However, blunt abdominal trauma rarely results in injuries to the external iliac and common femoral arteries, which often stem from regional bone fractures. Here, we present the case of a patient who had experienced trauma in the lower abdominal and groin area three months before presenting to the hospital, but these injuries did not involve bone fractures and had been managed conservatively. The patient came to the hospital because of left lower leg claudication that gradually became severe. Computed tomography angiography confirmed total occlusion of the external iliac and common femoral arteries. The patient underwent femorofemoral bypass grafting and was discharged uneventfully.

• Journal of Trauma and Injury
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• 제27권4호
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• pp.192-195
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• 2014

The perforation of a cardiac chamber by a fractured rib after blunt trauma is a rare event. Here, we report the case of patient who was referred for multiple rib fractures after a fall from a height. The patient was found to have a penetrating cardiac injury which was detected on a computed tomography chest scan. Computed tomography is a useful screening tool for victims of blunt chest trauma. Once cardiac perforation has been confirmed or is highly suspected, it is important to preserve the patient's vital signs until reaching the operating room by minimally manuplating the chest wall and permitting hypotension, which also prevents exsanguinating hemorrhage. For the same reasons, early cardiac tamponade may also improve the patient's survival.

• Korean Journal of Radiology
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• 제24권8호
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• pp.752-760
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• 2023

Radiologists and trauma surgeons should monitor for early killers among patients with thoracic trauma, such as tension pneumothorax, tracheobronchial injuries, flail chest, aortic injury, mediastinal hematomas, and severe pulmonary parenchymal injury. With the advent of cutting-edge technology, rapid volumetric computed tomography of the chest has become the most definitive diagnostic tool for establishing or excluding thoracic trauma. With the notion of "time is life" at emergency settings, radiologists must find ways to shorten the turnaround time of reports. One way to interpret chest findings is to use a systemic approach, as advocated in this study. Our interpretation of chest findings for thoracic trauma follows the acronym "ABC-Please" in which "A" stands for abnormal air, "B" stands for abnormal bones, "C" stands for abnormal cardiovascular system, and "P" in "Please" stands for abnormal pulmonary parenchyma and vessels. In the future, utilizing an artificial intelligence software can be an alternative, which can highlight significant findings as "warm zones" on the heatmap and can re-prioritize important examinations at the top of the reading list for radiologists to expedite the final reports.

• Journal of Chest Surgery
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• 제39권5호
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• pp.411-414
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• 2006

흉부 둔상으로 인한 무명동맥 손상은 드문 것으로 보고되고 있다. 본원에서는 교통사고로 인한 흉부 둔상으로 발생한 40세 남자 환자의 무명동맥 박리 및 가성 동맥류를 흉부 전산화 단층촬영으로 진단하여 상행대동맥과 무명동맥 간에 인조혈관 우회로 조성술로 성공적으로 치료하였다. 환자는 술 후 별다른 합병증 없이 1주일만에 퇴원할 수 있었으며 현재 외래 추적 중이다.

• Journal of Korean Biological Nursing Science
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• 제23권4호
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• pp.257-266
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• 2021

Purpose: The purpose of this study was to analyze the content of nursing interventions applied to patients with thoracic injury who visited a trauma emergency room (TER) or an emergency room (ER). Methods: Of 3,938 trauma patients admitted to this hospital between January 1, 2019 and December 31, 2020, 320 adult patients with thoracic injury (94 to TER, 226 to ER) who met the inclusion criteria were enrolled. Patients' data were acquired from their electronic medical records. General and clinical characteristics of these subjects along with nursing interventions were analyzed. Results: There were statistically significant differences in the length of stay, treatment outcome, and level of consciousness between thoracic injury patients who visited TER and ER. Average thoracic Abbreviated Injury Scale score and average Injury Severity Score of thoracic injury patients who visited TER were 3.13 and 13.54, respectively, which were significantly higher than those of patients who visited ER. The numbers of nursing actions applied was 4,819 for TER and 3,944 for ER, which were classified into five domains, 18 classes, and 56 interventions. The most domain of interventions carried out in both TER and ER was physiological: complex. Classes including Crisis management and Thermoregulation were not carried out in ER. On average, 16 more types of interventions were carried out in TER than in ER. Conclusion: This study demonstrated characteristics of thoracic injury patients and nursing interventions by emergency room type. Based on results of this study, standardized nursing interventions need be applied to thoracic injury patients visiting TER and ER.

• Journal of Chest Surgery
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• 제47권6호
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• pp.523-528
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• 2014

Background: Numerous statistical models have been developed to accurately predict outcomes in multiple trauma patients. However, such trauma scoring systems reflect the patient's physiological condition, which can only be determined to a limited extent, and are difficult to use when performing a rapid initial assessment. We studied the predictive ability of the systemic inflammatory response syndrome (SIRS) score compared to other scoring systems. Methods: We retrospectively reviewed 229 patients with multiple trauma combined with chest injury from January 2006 to June 2011. A SIRS score was calculated for patients based on their presentation to the emergency room. The patients were divided into two groups: those with an SIRS score of two points or above and those with an SIRS score of one or zero. Then, the outcomes between the two groups were compared. Furthermore, the ability of the SIRS score and other injury severity scoring systems to predict mortality was compared. Results: Hospital death occurred in 12 patients (5.2%). There were no significant differences in the general characteristics of patients, but the trauma severity scores were significantly different between the two groups. The SIRS scores, number of complications, and mortality rate were significantly higher in those with a SIRS score of two or above (p<0.001). In the multivariant analysis, the SIRS score was the only independent factor related to mortality. Conclusion: The SIRS score is easily calculated on admission and may accurately predict mortality in patients with multiple traumas.

• Journal of Chest Surgery
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• 제46권3호
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• pp.197-201
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• 2013

Background: Most traumatic tracheobronchial injuries are fatal and result in death. Some milder cases are not life threatening and are often missed at the initial presentation. Tracheobronchial rupture is difficult to diagnose in the evaluation of severe multiple trauma patients. We reviewed the traumatic tracheobronchial injuries at Konyang University and Eulji University Hospital and analyzed the clinical results. Materials and Methods: From January 2001 to December 2011, 23 consecutive cases of traumatic tracheobronchial injury after blunt trauma were reviewed retrospectively. We divided them into two groups by the time to diagnosis: group I was defined as the patients who were diagnosed within 48 hours from trauma and group II was the patients who diagnosed 48 hours after trauma. We compared the clinical parameters of the two groups. Results: There was no difference in the age and gender between the two groups. The most common cause was traffic accidents (56.5%). The Injury Severity Score (ISS) was 19.6 in group I and 27.5 in group II (p=0.06), respectively. Although the difference in the ISS was not statistically significant, group II tended toward more severe injuries than group I. Computed tomography was performed in 22 cases and tracheobronchial injury was diagnosed in 5 in group I and 6 in group II, respectively (p=0.09). Eighteen patients underwent surgical treatment and all four cases of lung resection were exclusively performed in group II (p=0.03). There were two mortality cases, and the cause of death was shock and sepsis. Conclusion: We believe that close clinical observation with suspicion and rigorous bronchoscopic evaluation are necessary to perform diagnosis earlier and preserve lung parenchyma in tracheobronchial injuries from blunt trauma.