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, Kyu-Hyouck Kyoung
, Sungjeep Kim
, Min Ae Keum
, Seongho Choi
, Kyounghak Choi
, Jihoon Kim
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, Jae Hun Kim
, Sun Hyun Kim
, Kiyoung Sung
, Jinbeom Cho
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, Bahubali D. Gadgade
, Praveena D. Lakshmi
, Ki Hoon Kim
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Adrenal gland injuries in trauma are rare and usually misdiagnosed or undere-stimated in an emergency setting because they are asymptomatic and associated with severe abdominal injuries. This paper reviews the clinical characteristics of adrenal injuries.
A retrospective analysis of trauma patients who visited the authors’ emergency center was performed from March, 2010 to December, 2017. The patient demographic data, injury mechanism & associated injuries, injury severity score, hospital stay, and mortality were retrieved and analyzed.
Adrenal gland injuries were found in 52 patients: 73.1% (n=38) were males and the mean age was 43.6 years. Of the patients, 84.6% (n=44) had ISS =15. Right adrenal gland injuries occurred in 82.7% (n=43). The mechanism of injury was falls in 30.8% (n=16), motor vehicle accidents in 25.0% (n=13), and pedestrian accidents in 23.1% (n=12). Associated injures were liver injury (58.5%), rib fracture (52.8%), kidney injury (24.5%), pelvic bone fracture (20.8%), spine fracture (28.3%), and spleen injury (13.2%). The mean hospital stay was 34.2 days, and the intensive care unit stay was 9 days. The mortality rate was 3.8% (n=2).
Adrenal gland injuries are common in males and frequent in the right side. Falls are the leading cause of injury. Most injuries have an associated injury at the abdominal or thoracic region. Adrenal injury is accompanied by high injury severity but showed a good prognosis.
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Abdominal tuberculosis is a rare disease, about 5% of extra-pulmonary tuberculosis. However, the diagnosis of abdominal tuberculosis is difficult, because of its atypical symptoms and signs, and ambiguous results upon physical examination. When abdominal tuberculosis is combined with abdominal injury, the diagnosis will be especially complex. We present our experience of abdominal tuberculosis associated with abdominal trauma.
To assess the effects of whole-body computed tomography (WBCT) on severely injured trauma patients.
After the installation of a WBCT scanner, we compared 48 patients who underwent the WBCT (WBCT cohort) with 40 patients prior to the WBCT (pre-WBCT cohort). We evaluated the number of CT, radiation exposure, time interval to decision and clinical outcomes such as length of intensive care unit stay, ventilation period, and acute kidney injury rates.
In the WBCT cohort, the number of CT scans was significantly less (3.5 times) than in the pre-WBCT cohort (5.5 times; p<0.001). The radiation exposure was significantly lower in the WBCT cohort (24.5 mSv) than in the pre-WBCT cohort (31.3 mSv; p=0.040). The amount of radio-contrast used differed between the groups, but not significantly. Although there were fewer acute kidney injuries in the WBCT cohort (27.1%) than in pre-WBCT cohort (37.5%; p=0.296), especially severe injuries (stage 3 Acute Kidney Injury [AKI] Network: 17.5% in pre-WBCT vs. 6.3% in WBCT; p=0.059), the difference did not reach statistical significance. The hospital length of stay was significantly shorter in the WBCT cohort (21.42 days) than in the pre-WBCT cohort (32.38 days, p=0.019). However, there were no significant differences in the time interval to decision, intensive care unit stay, ventilation days, and mortality.
The WBCT decreased the number of CT scans and subsequent less use of radio-contrast amount. It also tended to reduce severe AKI.
To improve trauma outcomes, a solid logistic support system is obviously crucial. An important national trauma outcome indicator is preventable trauma death rate, 35% in Korea. The Korean government is aware of this figure and is making efforts to reduce the preventable trauma death rate by 20%. One of the main components was establishing regional trauma centers covering the Korean peninsula, and a trauma care system. Seventeen regional trauma centers will be verified by the year of 2020. To achieve this goal, trauma specialist medical staff’s role is essential. A trauma system is very complicated. It involves a broad range of health care fields from the prehospital setting to rehabilitation. In addition, a number of professionals, institutions and authorities are involved. Thus, very sophisticated systemic approaches are needed. An essential initial component is surveillance, which can start with collecting data and analyzing them thoroughly with a suitable trauma scoring system to describe the characteristics of injured patients in Korea. Several trauma scoring systems are available in Korea. However, these systems need validation to decide which is pertinent for a records- based Korean trauma system. Although the Korean Trauma Data Bank (KTDB) is recently established, it can be used for a predictive model in Korea.
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