Seat belt syndrome: a case report

Seat belt syndrome happens when a car meets an accident and person sitting in the car with seat belt on gets abdominal injuries typically, seat belt mark with intestinal injuries and factures of ribs and lumber spine. The abdominal injuries are usually intestinal perforations. Doctor seeing the motor vehicle accident must keep in mind seat belt syndrome while examining. As the traffic rules are getting enforced strictly in developing countries we are seeing seat belt syndrome cases in these countries more and more. We presented here a case of seat belt syndrome in 35 years old women.

Management of pediatric blunt abdominal trauma: تدبير رضوح البطن الكليلة عند الأطفال

Aim of study: Evaluating a non- operative treatment of pediatric blunt abdominal trauma and avoiding unnecessary surgical intervention in Tishreen University Hospital. Methods: During years (2016- 2020) a retroprospective study was conducted on 62 children who had isolated blunt abdominal trauma or associated with other injuries, most of them were managed by non- operative treatment but some required surgical management. Results: Non- operative management of pediatric blunt abdominal injuries was applied for 59 patients, three patients required a surgical procedure, the spleen was the most organ exposed to injury (40) child, followed by liver (26) child, kidney (4) and (1) pancreatic injury. Non- operative management was successful in most solid organs injuries with grades 1, 2 and 3, but it failed in 5 grade splenic injury. one out of two hollow viscus injuries required surgical intervention. There were no statistical differences between the study groups in age, gender and injury mechanism. Hospital length of stay was significantly longer in patients who underwent a laparotomy (6) days compared to other non- operative patients (3) days, one complication occurred during non- operative management as pseudocyst after pancreatic injury, (4) patient died in the non- operative group due to hemodynamic instability and associated severe cerebral injuries. Conclusion: It is safe to treat most children with blunt abdominal injuries non- operatively if monitoring is adequate with hemodynamic stability.

Screening Patterns in Abusive Abdominal Trauma

Background: Diagnosis of abusive abdominal trauma (AAT) is often clinically occult. Abdominal CT is the preferred method to diagnose abdominal injuries. However, due to risk of ionizing radiation, and cost, it is performed only in selected children. Recently, elevated liver enzymes were used to screen for occult AAT, but its accuracy is unknown due to inconsistent methodology and results. Objective: To determine the accuracy of elevated liver enzymes (transaminases) in the diagnosis of AAT and if pancreatic enzymes and clinical findings help in patients’ selection for abdominal CT. Methods: A retrospective (2011-2020) study on children younger than 3 years suspected of child abuse. The study group included children that had abdominal CT for suspected AAT, while the control group included similar number of children randomized from 5208 children evaluated for child abuse without an abdominal CT. Patients who had an incomplete medical record, were evaluated for cardiac arrest, or had a CT without contrast were excluded. Results: AAT is rare 0.6% (30/5434) in children suspected of child abuse. Transaminases were obtained in 99.1% of the AAT patients and 55.3% of the control cases. 93.1% (27/29) patients with abdominal injuries had elevated transaminases. The specificity and sensitivity for the transaminases in detecting positive abdominal CT was 93.3% and 90.0%, respectively. Only one additional case was identified with elevated pancreatic enzymes and negative transaminases. There was no clinical or imaging findings that could differentiate between patients with negative and positive abdominal CT scans. Based only on elevated transaminases, 11 CT scans need to be performed for a single positive study. Conclusion/Potential Impact: Transaminases have high sensitivity in predicting AAT. Universal use of transaminases in all children suspected of child abuse may result in 11 CT scans for one positive study. Therefore, more clinical judgement is necessary in selecting patients for CT.

Hazard Ratio of 90-Day Mortality in ICU Patients with Abdominal Injuries Compared with Head Injuries

Background: Despite advances in the treatment of abdominal injuries in patients with trauma, it remains a major public health problem worldwide. Evaluation of hazard ratio (HR) of 90-day mortality in intensive care unit (ICU) patients with abdominal injuries compare with head injuries in trauma patients and non-trauma surgical ICU patients. Methods: This single-center, prospective cohort study was conducted on 400 patients admitted to the ICU between 2018 and 2019 due to trauma or surgery in Hamadan, Iran. The main outcome was mortality at 90-day after ICU admission. Cox proportional hazards models were used to determine the HR and 95% confidence interval (CI) for 90-day mortality. Results: The 90-day mortality was 21.9% in abdominal injuries patients. According to multivariate Cox regression, the expected hazard mortality was 2.758 times higher in patients with abdominal injuries compared to non-trauma patients (HR: 2.758, 95% CI: 1.077–7.063, P=0.034). About more than 50% of all deaths in the abdominal and head trauma groups occurred within 20 days after admission. Mean time to death was 27.85±20.1, 30.27±18.22 and 31.43±26.24 days for abdominal-trauma, surgical-ICU, and head-trauma groups, respectively. Conclusion: Difficulty in accurate diagnosis due to the complex physiological variability of abdominal trauma, less obvious clinical symptoms in blunt abdominal injuries, multi-organ dysfunction in abdominal injuries, failure to provide timely acute care, as well as different treatment methods all account for the high 90-day mortality rate in abdominal-trauma patients. Therefore, these patients need a multidisciplinary team to care for them both in the ICU and afterwards in the general ward.

Treatment of closed injuries of the liver and spleen

Among closed abdominal injuries, liver ruptures are the most severe, surgical treatment of which still gives high mortality (with isolated injuries, according to B.P. Levitsky - 41.7%, A.A.Korolev - 50%, G.F. Nikolaev 15%, SV Lobachev and OI Vinogradova 12.5%), and when combined with damage to other organs, the lethality reaches 50-90%.

Delayed splenic rupture and conservative management: case series

Splenic injury is frequent in patients with abdominal trauma and delayed splenic rupture yields a poorer prognosis. Patients with hemodynamic stability, despite the grade of splenic anatomical injury, can be safely treated by conservative management (observation or angiography/angioembolization), if no other intra-abdominal injuries are found and a multidisciplinary team (surgeons, interventional radiologists) is available. The conservative approach is an alternative to surgery and its possible complications. In this case series, the authors present three trauma cases very commonly seen in emergency rooms, in whom delayed splenic rupture was diagnosed. All three patients were submitted to conservative management, with no need for surgery or complications. This case series presents some common clinical signs and diagnostic steps, also showing the safety and efficacy of clinical observation in this setting.