Annals of burns and fire disasters最新文献

Burn injury remains a major global health issue. An estimated 180,000 people die annually due to burn injury, and most cases occur in low- and middle-income countries, including Indonesia. Several complications of burns may lead to mortality, and sepsis is one of the major threats, with the risk of developing multi organ dysfunction syndrome. This study applied a descriptive-retrospective method on 3-year medical records of severe burn injury patients. The data were classified according to age, etiology, outcome, antibiotic resistance, and pathogens of sepsis. There were 100 medical records of severe burn injury, and 55% of them were accompanied by sepsis. The highest number of sepsis cases was found in the age category of 40-50 years old. Nearly 80% of the cases were fire-related burns. Blood and burn wound culture of recovered patients showed 55% contamination with gram-positive bacteria, and 50% of them with Staphylococcus hominis. Contamination of blood and burn wound culture of deceased patients with gram-negative bacteria was 100%, 60% of them with Pseudomonas Aeruginosa. There is a more than 50% chance of severe burn patients falling into septic conditions. More than half of the patients were infected with gram-negative bacteria. Pseudomonas aeruginosa remains the main culprit of septic burn-related death.

Despite the high number of burn injuries worldwide, pre-hospital care differs across regions. Data documenting pre-hospital care of severe burn injuries in Germany are scarce. Nevertheless, efficient prehospital care of burn patients is crucial for later outcomes. Therefore, we retrospectively analyzed pre-hospital care in patients admitted to the burn intensive care unit of a specialized burn center in Germany from 1989 to 2018. Approximately one-third of all admitted patients arrived intubated to the burn intensive care unit. Mean total burned surface area was higher in intubated patients than in non-intubated patients. Hypothermia prevention measures were undertaken in most patients. Although cooling was performed in only 36 primarily admitted patients, it did not have an effect on temperature at admission. Instead, in the regression analysis a positive influence on mortality could be found (p=0.03). Inhalation injury was a reason for intubation and corticosteroid therapy. Corticosteroid use declined over the years and had no significant influence on mortality (p=0.38). Inhalation injury could be diagnosed in only 50.68% of patients receiving corticosteroids. Furthermore, especially in recent years, most patients with inhalation injuries did not receive corticosteroids. Although efficient prehospital care is crucial for later outcomes, standard pre-hospital care through first aiders and emergency personnel has not been applied. Therefore, strategies for information exchange, leading to standardized pre-hospital treatment guidelines, should be given high priority with special attention on pre-hospital cooling. In the future, data from registries and surveys can help expand information regarding pre-hospital burn treatment.

Anemia is a frequent condition in burn patients due to a mixture of blood loss and chronic inflammation. Transfusions increase the probability of serious infections and reduce overall survival, especially when unrelated to perioperative blood loss. Once the surgical phase in burn patients is completed, the role of parenteral iron administration in the reduction of subsequent transfusions is not well established. Burn patients subjected to at least two surgeries and presenting progressive anemia after concluding the surgical phase, without major symptoms, were selected (n=12). Those patients with confirmed iron deficiency were treated with intravenous (i.v.) ferric carboxymaltose (n=8). Subsequently, these patients were compared with a group of 18 control patients selected from our historical database (n=1375), matching controls by age (±5 years), sex, and TBSA burn (±6%). The objective was to verify if i.v. iron administration reduced the need for blood transfusions after the surgical phase. The analysis concluded that none of the cases treated required transfusions compared to 44% of the controls. There were no side effects related to the i.v. iron infusion. This result suggests that i.v. iron supplementation with ferric carboxymaltose could be an alternative in anemic patients without major symptoms once the surgical phase is completed. Iron deficiency should be assessed and i.v. supplementation must be administered if required in burn patients showing progressive anemia.

Patients with epilepsy are a high-risk population for severe burns. A retrospective study was conducted to assess burns during epileptic seizure in epileptic patients. The study was conducted in a 20- bed burn ICU in Tunis over the period 01/01/2011 to 30/06/2019. Fifty cases combining burns and epilepsy were reviewed. Twenty patients (11 women and 9 men, sex-ratio 0.6) suffering a burn following an epileptic seizure were included. The average age was 46. Epileptic disease was uncontrolled in 75% of our patients and 35% were not receiving any antiepileptic treatment. Burns were related to domestic accident in 95% of cases, 2/3 of which were related to a fall on a brazier. Lesions were deep in 70% of cases, requiring excision of necrotic tissue. Only two patients benefited from a dermal-epidermal graft. Amputation was necessary in 5 patients. Mortality was 25%, related to refractory septic shock.

Adequate resuscitation of acute burn patients is important to ensure end organ perfusion and oxygenation. The ideal marker to the endpoint of burn resuscitation is still not established. We aimed to evaluate the role of blood lactate and lactate clearance in burn resuscitation and their association with mortality and sepsis in burn patients. The retrospective study included patients (18-50 years) with thermal and scald burns with total body surface area of 30% to 60% over a period of 9 months who had achieved target urine output of at least 0.5ml/kg/hr within 24 hours of resuscitation. Patients were divided based on their admission blood lactate levels (Group A < 2 mmol/L and Group B > 2 mmol/L). Group B was further subdivided into Group B1 in whom blood lactate levels reached less than 2 mmol/L within 24 hours of burn resuscitation and Group B2 in whom it did not. Total patients included were 203. Mortality (M) and sepsis (S) rates in subgroup B2 were higher (M=57.9%; S=43.5%) and rates in subgroup B1 (M=25.8%; S=27.4%) were comparable to Group A (M=27.8%; S=26.4%). Persistent lactic acidosis at 24 hours was independently associated with significantly increased mortality and sepsis. Our data suggests a correlation of blood lactate levels and lactate clearance within 24 hours of admission with mortality and sepsis related to burn injury.

The study investigated antibiotic utilization after the implementation of a procalcitonin (PCT)-guided antibiotic algorithm in the burn intensive care unit (BICU) to minimize antibiotic exposure appropriately. An algorithm established the ordering of an initial procalcitonin level, an additional level following 48 hours post-admission, and upon suspicion of sepsis. The primary endpoint was the percent of days on antibiotics in the BICU. Secondary endpoints were the percent of patients reinitiated on antibiotics, length of BICU and hospital stay, and 30-day mortality. Desirability of Outcome Ranking (DOOR) and Response Adjusted for Duration of Antibiotic Risk (RADAR) methodology aided in antibiotic usage evaluation. The retrospective and prospective phases involved five and seven patients in the final analysis, respectively. The median percent of days on antibiotics in the BICU was 33.3% versus 14.3% in the retrospective and prospective phases, respectively (p=0.222). Secondary outcomes evaluated were percent of patients reinitiated on antibiotics at 80.0% versus 28.6% (p=0.242), the median length of BICU stay at 38 days versus 31 days (p=0.465), the median duration of hospital stay at 39 days versus 37 days (p=0.624) and 30-day mortality of one versus zero cases (p=0.417) in the retrospective and prospective group, respectively. The probability of better DOOR with a PCT-guided antibiotic algorithm versus the control group was 95.7% (95% CI, 81.4-99.5%). The benefit of a PCT-guided antibiotic algorithm implementation cannot be determined based on the small sample size producing a lack of internal validity. Future studies warrant utilizing DOOR/RADAR to evaluate antibiotic stewardship strategies in the burn patient population.

Severe burn injury requires significant volume resuscitation, but over-resuscitation can be deadly. Accurate resuscitation of obese patients is challenging due to the decreased vascularity of adipose tissue. This study compares an adjusted ideal body weight index formula with fresh frozen plasma rescue to historical controls resuscitated with Parkland-based resuscitation. A retrospective review was conducted of adult patients admitted to our regional burn center with ≥ 20% total body surface area (TBSA) burns from 2010 to 2017 who survived more than 48 hours. Historical controls were resuscitated with Parkland-based resuscitation with occasional albumin. The adjusted ideal body weight (AIBW) patients were resuscitated with 2-4 mL/kg/%TBSA using an adjusted ideal body weight with fresh frozen plasma (FFP) rescue. Outcomes were compared with nonparametric statistics. A total of 161 patients met inclusion criteria: 40 patients received AIBW resuscitation and 121 patients were included as controls. The AIBW group received less fluid (3.30 vs. 4.15 mL/kg/%TBSA, p<0.001). A significant reduction in acute kidney injury requiring dialysis in the AIBW group was appreciated (5% vs. 19%, p=0.03) with improved mortality in AIBW patients as well (5% vs. 20%, p=0.03). Using an adjusted ideal body weight with FFP rescue to resuscitate patients with severe burn injury leads to a significant reduction in fluid administration without increase in acute kidney injury requiring dialysis and with improved mortality.

Burn injury is a global problem that equally concerns under-developed and developing countries. An ideal dressing material has to maintain a moist environment, act as a bacterial barrier and as a medium for free exchange of gases, while providing a barrier against toxic contaminants. Sixty-eight consecutive patients with fresh acute superficial partial thickness burns ≤ 15% BSA, registered in two tertiary care teaching hospitals in North India between January 2015 to December 2019, were divided into two groups: a collagen dressing group (group A) and a paraffin gauze (PG) plus silver sulfadiazine (SSD) group (group B). Forty-four patients received collagen dressing and 24 patients received conventional paraffin gauze (PG) plus silver sulfadiazine (SSD) dressing. Patients were followed up for clinical outcome until burn wounds healed. We observed complete healing in 5-7 days for 26 cases (59%) in group A, in 8-12 days for 16 cases (66.66%) in group B. A total of 95.5% of group A patients required analgesia only for ≤ 2days, while 90.90% of group B patients required analgesia for ≥ 6 days. Ninety percent of group A patients required none or a single dressing change with shorter hospital stay. In group B, 22 cases required 3-5 dressing changes. Collagen dressing has proved to be highly advantageous for acute small areas of partial thickness burns (< 15% BSA). It confers better pain relief, and minimal or no dressing change with better rate of wound healing. Pediatric patients preferred collagen sheet dressing. Conventional dressings tend to adhere to the wound surface, and their need for frequent changes traumatises newly epithelialized surfaces and may delay healing.

Hypoalbuminemia as seen in major burn injury results in widespread endothelial dysfunction. Base deficit provides the best estimate for degree of tissue anoxia. Acute blood loss describes anemia present in burn patients. Controversy focuses on the administration of protein-based colloids: whether to provide them, which solutions to use, and when to begin? The aim of this study was to determine whether alteration of gas exchange, excess base deficit, hypoalbuminemia and anemia could predict mortality in major burn patients, whether to provide protein-based colloids, and when to begin fluid resuscitation. The prospective study included 42 major burn patients. All the patients were admitted to the burn intensive care unit at Menoufia University Hospital. Serum albumin level, hemoglobin concentration, arterial blood gases and base deficit were measured at admission, third day and after one week. Average serum albumin on admission was 3.33 ± 0.44, after 3 days 2.85 ± 0.54 and after 1 week 2.46 ± 0.67 gm./dL, while hemoglobin concentration was 14.79 ± 2.13, 12.25 ± 1.99, and 10.24 ± 2.47 gm./dl respectively. However, base deficit was 5.75 ± 2.40, 5.24 ± 2.05 and 5.45 ± 2.76 respectively, with significant statistical difference (p<0.001) between the death and survivor groups. Binary logistic regression analysis for independent predictors of mortality declared that base deficit, albumin and hemoglobin serum levels were independent predictors for mortality with an odds ratio of 2.23, 95% CI, 1.66-16.75 for base deficit, 3.56, 95% CI, 1.88-12.59 for albumin and 2.21, 95% CI, 1.56-13.54 for hemoglobin. Hypoalbuminemia, anemia and excess base deficit can be used as prognostic factors for mortality in major burn patients.