Burn injuries requiring hospitalization for infants younger than 1 year

To investigate burn injuries requiring hospitalization sustained during the first year of life, clinical data collected during hospital treatment of infants younger than 1 year were reviewed. The principal aim was to chart the etiology and mechanism of burn injuries in this group to focus on the necessary preventive measures. The authors also review literature focusing especially on children younger than 1 year. Patients identified in the electronic database were referred to the Hospital for Children and Adolescents, Helsinki University Hospital, Helsinki, Finland, from January 2005 to December 2009. Specific inclusion criteria yielded a cohort of 20 patient records, which accounted for 3% of the 692 admissions due to pediatric burn injury during the 5-year study period. The male to female ratio was 1:1.5 and the mean age was 6.3 months. Most burns were sustained at home during domestic tasks and were most often witnessed. The etiology in the majority of the cases was scalding (85%), while contact burns accounted for the remaining. The final TBSA ranged from 0.5 to 40% (mean 8.5%). In 13 cases (65%), the initial TBSA was overestimated. Overall, it was concluded that burn injuries in this age group are most often witnessed and take place while the infant is being held at the same time as the hot item. Parental education on typical situations in which burn injuries happen in preambulatory infants may help reduce the number of burn injuries.     

Comparing a Single Institution's Experience With Electrical Injuries to the Data Recorded in the National Burn Repository

Electrical injuries usually represent a small proportion of a burn center's admissions. Although burn size may be small, internal tissue damage is sometimes extensive. This study reviews a single institution's experience with electrical injuries and compares it to the multi-institutional data of the National Burn Repository (NBR). The 2009 NBR and the records of a large urban burn center (single institution) were queried for adult electrical injuries over an 8-year period. Data examined included demographics, %TBSA burn, length of stay (LOS), injury circumstance, and disposition. Multiple linear regression models were created to determine factors related to LOS. One hundred ninety-one single-institution patients and 2837 multi-institution patients met the criteria. Both cohorts were mostly white males approximately 30 years of age and injuries where often work-related. Single-institution patients had a mean injury size of 4% TBSA, while multi-institution patients had 7%. The most common exposure source was domestic wiring for single-institution patients and electrical power plants/lines for multi-institution patients. Single-institution data showed that females had a shorter LOS than males (P < .0001). Single-institution data showed that independent risk factors for an increased LOS were infection, amputation, fasciotomy, and being Hispanic. Independent risk factors for multi-institution patients were being Hispanic and large %TBSA burn. There was no difference in mortality, gender, age, LOS, or intensive care unit LOS between the cohorts. In this analysis, there was no statistical difference between outcomes in the single- or multi-institutional groups. However, injuries reported in the NBR were slightly larger. In both cohorts, an increase in LOS was associated with %TBSA, as expected. Interestingly, Hispanic ethnicity correlated with an increased LOS. Future work will be aimed at understanding this correlation to determine whether it is specific to electrical injury or burns in general.     

An analysis of 550 hospitalized pediatric burn patients in Hong Kong

A total of 550 acute burn patients under the age of 15 years were admitted to the Burns Unit of Prince of Wales Hospital, Hong Kong between March 1993 and February 1999. There were 337 males and 213 females with a male to female ratio of 1.58:1. The median age was 2.5 years and the median burn size was 5% total body surface area (TBSA). Toddlers of age < 2 years accounted for 235 (42.7%) of admission. Domestic burns resulted in 481 (87.5%) injuries followed by play-related burns that caused 34 (6.2%) admissions. Scalding was the most common cause of injury, which accounted for 497 (90.4%) admissions, followed by flame burns, which resulted in 45 (8.2%) injuries. Nine patients (1.6%) had inhalation injury requiring intubation and ventilatory support. The median hospital stay was 8 days and there was no seasonal variation in admission. The majority of patients (80.2%) had their wounds healed without any operation. Only 19 out of 550 patients (3.5%) had burns of 30% TBSA or larger, and only nine patients (1.9%) had inhalation injuries. Only one patient died in this series, which yielded a mortality rate of 0.2%.     

Burns caused by automobile radiators: a continuing problem.

In spite of the fact that injury warning labels have been placed on radiator caps for the last 15 years, automobile radiator scald burns continue to be a burn prevention problem. The temperature of radiator fluid may be as high as 100 degrees F to 250 degrees F in a properly functioning car and higher in an overheated vehicle. From 1974 to 1990, 100 patients with burns that were caused by automobile radiators have been admitted to the Parkland Memorial Hospital Burn Unit (1.5% of acute admissions). Eighty-two percent of the injuries occurred in the summer months, and 93% of the patients were male. Mean age was 31 +/- 17 years (range, 8 months to 79 years), and mean burn size was 11.3% total body surface area (TBSA) (range, 1% to 32%) with a mean full-thickness burn size of 0.6% TBSA. Length of stay was 7 +/- 7.4 days (range, 1 to 38 days). Burns to the face, neck, and trunk necessitated most admissions. Although there were no deaths, five patients required intensive care for airway monitoring; mean length of stay was 6 days. One patient required endotracheal intubation for a total of 11 days. Ten patients required one or more skin grafting procedures, and three patients required burn resuscitation. Four patients sustained minor ocular injuries. A subgroup of patients demands special review: 10 children younger than 10 years of age (mean age, 4.1 years) of which 70% were boys. Mean burn size was 15.5% TBSA; mean full-thickness burn size was 2.4% (four times larger than the mean burn size for the adult population).(ABSTRACT TRUNCATED AT 250 WORDS)     

Biobrane improves wound healing in burned children without increased risk of infection

A synthetic bilaminar membrane used as a skin substitute (Biobrane) has been shown to decrease pain and hospitalization in superficial second-degree burns. Despite these benefits, it has not been utilized universally, particularly in young children, due to a perceived increase in related infections. We propose that when this synthetic membrane is applied to superficial scald burns <25% of the total body surface area (TBSA), decreased healing times are expected without increased risk of infection. Between 1994-1999, 89 children treated within 48 h after receiving superficial partial thickness scald burns covering 5-25% TBSA with no indication of infection were seen at our hospital. Forty-one were assigned randomly to receive treatment with the skin substitute Biobrane and 48 to receive conservative treatment with topical antimicrobials and dressing changes. Comparisons of treatment were made between groups for length of hospitalization, wound healing times, and infectious complications. Children treated with Biobrane or topical antimicrobials were similar in age, race, sex, %TBSA burned, and location of burn. Those receiving Biobrane had shorter hospitalizations and healing times, which was significant for both infants and toddlers and older children. Treatment groups were not different in the use of systemic antibiotics or readmissions for infectious complications. Biobrane was removed in 5.9% of cases for non-adherence. The application of Biobrane within 48 h of superficial burns provides for shorter hospitalizations and faster healing times in children of all ages without increased risk of infection.     

Scald burns in young children--a review of Arizona burn center pediatric patients and a proposal for prevention in the Hispanic community.

Arizona Burn Center staff observed an increasing number of pediatric scald burn admissions. Therefore, a retrospective study was conducted to identify scald demographics and etiologies. Focus groups were subsequently conducted to determine burn prevention knowledge in the target community. Arizona Burn Center scald admission variables (ages 0-5 years) reviewed included age, sex, ethnicity, TBSA, body parts burned, occurrence month and location, caregiver present, child and caregiver activities when injured, payor source, length of stay, parental language, and zip code. High-risk zip code area focus groups were then conducted. There were a total of 170 pediatric patients, aged 0 to 5 years, admitted to the burn center during 2005 to 2006. Of this total, 124 of the patients were admitted for scald burns, accounting for 59% of all pediatric burn admissions. Scald burn patient's demographics included male (52%), female (48%) with a mean age of 1.7 years. Majority ethnicity was Hispanic (63%). The mean TBSA was 8% with mean length of stay of 8 days. The remaining pediatric admissions for children aged 0 to 5 were for burns caused by fire or flame 15%, contact with a hot object 13%, friction burns 7%, chemical burns 3%, and electrical burns 3%. Demographics for the combined etiologies included an identical sex breakdown with male (52%) and female (48%). The majority ethnicity in the nonscald group was also Hispanic at 59% with a mean length of stay of 7 days and an average TBSA of 9.5%. Main etiologies of scald burns included hot water (25%), soup (24%), and coffee or tea (21%). Most common child behaviors were pulling hot substance from stove (24%), from countertop (13%), and having liquid spilled on them (13%) typically while caregiver was cooking. Mean TBSA was 8% with mean length of stay (8 days). Scalds occurred in the kitchen (83%) and mainly in child's home (94%). Mother was primary caregiver (78%). Payor source was Medicaid (86%) and the average admission cost was dollars 60,075. Only 36% of parents spoke Spanish as their primary language. Scalds (43%) usually occurred during year's first quarter (P < .001). Focus group participants (85%) reported receiving no prior burn prevention education and preferred to receive prevention instruction in small groups through established community agencies. Results suggest that culturally sensitive, bilingual scald prevention education, targeting Hispanics, is needed to create awareness of the frequency, severity, and danger associated with pediatric scalds.     

When a hero becomes a patient: firefighter burn injuries in the National Burn Repository

Firefighters receive significant training and are outfitted with state-of-the-art protective equipment. However, given the unpredictable nature of their work environment, injuries still occur. The National Burn Repository (NBR) was viewed as a resource for defining the epidemiology of these injuries on a national level and to identify predictive factors for outcomes in this population. The NBR was queried for the occupation of "firefighter" for the years 1990-2008. Records were screened for completeness, and 597 patients were identified for analysis. Data examined included demographics, %TBSA burn, length of stay (LOS), injury circumstance, and disposition. Multiple linear regression models were created to determine factors related to outcome measures. The majority of patients were white (84%) and male (96%). The mean age was 35 years. Most injuries were caused by fire/flame (73%). Only six deaths (1%) were reported. Most injuries were work-related (86%), and most patients were discharged home (92%). Inhalation injury was documented in 9% of patients. The mean LOS was 6.5 ± 11.3 days (median 2 days), and few patients had critical care requirements. The average %TBSA was 6 ± 11.7%. Patients with larger injuries had increased LOS. The presence of inhalation injury, elevated carboxyhemoglobin levels, and advancing age were significantly associated with larger burns. From the NBR data, most firefighter burn injuries were small, and few firefighter burn patients required critical care resources or had significant disability. Firefighters comprise a small number of burn center admissions each year, yet they are an important population to consider for burn prevention efforts.     

Epidemiology of pediatric burn injuries in southern Turkey

The aim of this study was to identify the epidemiological features of pediatric burn injuries in southern part of Turkey. In this retrospective study, 137 hospitalized pediatric patients (85 men and 52 women) who were admitted to our burn unit during a period of 3 years were analyzed. Pediatric patients were categorized into three groups: the infants and toddlers (0-2 years), early childhood (3-6 years), and late childhood (7-15 years). Epidemiological data included age, sex, location, the cause and type, and place of burn. In the first two groups, scalding (95.1% and 86.7%, respectively) was the predominant cause of burn whereas in late childhood electric burns (51.4%) were a more common occurrence. No differences were found between the groups with respect to mean TBSA and full-thickness burns. A total of 15 (10.1%) patients died during the study period. A total of 74.4% of burn injuries occurred at home, and almost all were preventable, with 16 % of the burns occurring in the autumn; however, 42% occurred in the summer. These findings will be used as a basis for developing targeted preventive programs to protect children from burns. We also consider it is necessary to educate children and their parents about the prevention of burn injuries.     

Burns sustained whilst priming the carburetor: an Australian perspective

Priming the carburetor is a method that is still commonly practiced amongst trained, amateur, and backyard mechanics. This article aims to look at the data available between 1996 and 2004 in two burns units in South Australia and Queensland. The authors were interested in the number of patients admitted with burns related to the activity of priming the carburetor, the TBSA percentage of burns, and areas affected. It also gives numbers of intensive care unit admissions and the number who underwent surgery for the management of the burns. The results showed that between the two centers, 48 patients were admitted following burns as a result of priming the carburetor. The activity carried no mortality during the time period of study but caused significant morbidity. Through the media, the authors are embarking on an educational program to reduce the risk of such burn injuries from this dangerous practice.     

Epidemiology of childhood burn injuries in Fars province, Iran.

Childhood burn injuries are a major environmental agent responsible for significant morbidity and mortality in Iran. Thus, the objective of this study was to analyze the epidemiology and current causative factors of hospitalized burn injuries among the approximately 1.6 million children between the ages of birth through 15 years residing in the Fars province of Iran. These data will be used as a basis for developing a targeted preventive program to protect children from burns. Epidemiologic data for 760 children, aged 0 to 15 years, admitted to the two burn centers of Shiraz University of Medical Sciences, over a 4-year period, 1994 to 1998, were collected and analyzed. The overall hospitalization rate was 11.8 per 100,000 person-years (PY). The sex ratio (boys/girls) was 1.38. About 60% were children aged 7 years or younger. Children aged 2 years had the highest burn incidence rate (36.9/100,000 PY). A total of 77.4% of the children had body surface area burns less than 40%. Scalds accounted for 46.2% of the burns, whereas 42.9% were caused by flame. Most of the burn injuries occurred at home (93%). There were 31 burns from suicide attempts among children aged 11 to 15 years (1.4/100,000 PY), showing a major public health problem for these children in our society. During the period of the study, 131 children died of the consequences of burns (2/100,000 PY). The epidemiology of childhood burn injuries in the Fars province is similar to that reported in other economically developing countries. It is suggested that a public health education campaign on this issue would help to reduce the incidence of childhood burn injuries in this region.     

Firefighter burn injuries: predictable patterns influenced by turnout gear

Approximately 100 firefighters suffer fatal injuries annually and tens of thousands receive nonfatal injuries. Many of these injuries require medical attention and restricted activity but may be preventable. This study was designed to elucidate etiology, circumstances, and patterns of firefighter burn injury so that further prevention strategies can be designed. In particular, modification of protective equipment, or turnout gear, is one potential strategy to prevent burn injury. An Institutional Review Board-approved retrospective review was conducted with records of firefighters treated for burn injury from 2005 to 2009. Data collected included age, gender, TBSA, burn depth, anatomic location, total hospital days per patient, etiology, and circumstances of injury. Circumstances of injury were stratified into the following categories: removal/dislodging of equipment, failure of equipment to protect, training errors, and when excessive external temperatures caused patient sweat to boil under the gear. Over the 4-year period, 20 firefighters were treated for burn injury. Mean age was 38.9 ± 8.9 years and 19 of 20 patients were male. Mean burn size was 1.1 ± 2.7% TBSA. Eighteen patients suffered second-degree burns, while two patients suffered first-degree burns. Mean length of hospitalization was 2.45 days. Scald burns were responsible for injury to 13 firefighters (65%). Flame burns caused injury to four patients (20%). Only three patients received contact burns (15%). The face was the site most commonly burned, representing 29% of injuries. The hand/wrist and ears were the next largest groups, with 23 and 16% of the injuries, respectively. Other areas burned included the neck (10%), arm (6.5%), leg (6.5%), knees (3%), shoulders (3%), and head (3%). Finally, the circumstance of injury was evaluated for each patient. Misuse and noncontiguous areas of protective equipment accounted for 14 of the 20 injuries (70%). These burns were caused when hot steam/liquid entered the gear via gaps in the sleeve or face mask. Three patients (15%) received injury due to removal/dislodging of their safety equipment, two patients (10%) suffered their injuries during training exercises when they were not wearing their safety equipment, and the final patient (5%) received burns due to sweat evaporation. Firefighter burn injuries occur to predictable anatomic sites with common injury patterns. Modification and optimization of gear to eliminate gaps that allow steam/hot liquid entry may decrease burn injury. Improving education regarding the use of protective equipment may also be beneficial.     

The relationship of body mass index and functional outcomes in patients with acute burns.

Obesity may contribute to the functional decline in elderly adults. It can also increase the risk of mortality in burn patients. However, little data exist regarding the relationship between obesity and functional outcomes in patients with burns. Data were collected regarding admission body mass index (BMI), length of stay, TBSA burn, inhalation injury, age, sex, discharge disposition, and discharge functional independence measure (FIM) scores for 221 patients. We used the classification and regression trees (CART) method to determine the strongest predictors of discharge disposition and FIM scores. Patients older than 59, with 0 to 30.75% TBSA burn, and a BMI of less than 27 were more likely to return home when compared with matched patients with a greater BMI. Regardless of age and BMI, patients with greater than 30.75% TBSA burn were less likely to return home (27.6%) posthospitalization when compared with patients with less than 30.75% TBSA burn (82.8%). Patients aged 54 to 72 years with less than 22.50% TBSA burn and a higher BMI (>25.15) demonstrated lower FIM locomotion scores than corresponding patients with a lower BMI (<25.15). Older patients (>72.5 years) with burns less than 22.50% TBSA and a larger BMI (>31.25) had lower transfer FIM scores when compared with matched patients with a smaller BMI (< or =31.25). Among patients with greater than 22.50 TBSA burn, women demonstrated lower FIM transfer and locomotion scores when compared with men. BMI may contribute to lower functional scores and the likelihood of discharge to an inpatient setting in elderly patients with less severe burns.     

Blood transfusion in burns: what do we do?

Over 11 million units of blood are transfused yearly in the United States. Although blood transfusion is common in burns, data are lacking on appropriate transfusion thresholds. The purpose of the study was to identify current burn center physician blood transfusion practices. A 30-question survey of blood transfusion practices was developed and sent to burn center directors. The survey assessed demographics, burn experience, and blood transfusion thresholds. Physicians were asked to list factors affecting their blood transfusion thresholds and then to give their blood transfusion threshold for patients based on age and percent burn. The final section presents three case scenarios with alterations in one physiological parameter to assess the effect on transfusion thresholds. A total of 55 of the 180 surveys (31%) were returned. Mean number of burn beds was 15.7 +/- 1.4, with 264 +/- 25 burn admissions per year. The respondents had been in burn care for 15.9 +/- 1.4 years. Their mean hemoglobin transfusion threshold was 8.12 +/- 1.7 g/dl. The most frequent reasons for transfusion were ongoing blood loss (22%), anemia (20%), hypoxia (13%), and cardiac disease (12%). Inhalation injury influenced the decision to transfuse blood in 34%. The hemoglobin level below which respondents would transfuse blood increased with increasing TBSA burn, history of cardiac disease, acute respiratory distress syndrome, and age. Blood transfusion thresholds in burns vary based on burn percentage, age, and presence of cardiac disease. To date, no standard of care exists for blood transfusions in burns. Future prospective studies are needed to determine the appropriate use of blood in burns.     

Cost-effective use of helicopters for the transportation of patients with burn injuries

We performed a retrospective review to analyze the use of helicopters for the transportation of patients with burn injuries to determine whether a more cost-effective approach could be developed without impairing the quality or delivery of health care. Charts were reviewed for all patients with burn injuries who were transported by helicopter to our hospitals during a 2-year period. Patients with inhalation injuries, with burn injuries received more than 24 hours before admission or more than 200 miles from our burn center, with more than 30% total body surface area (TBSA) burned, or with associated trauma injuries were excluded. Control patients with burn injuries who were transported by ambulance were identified and matched to the patients with burn injuries transported by helicopter for the percentage of TBSA burned, the percentage of third-degree burns, transport mileage, and age. The outcome was evaluated by comparison of length of stay, days on ventilator, and mortality rate. Comparisons were performed with Student t test. The transportation charge was determined for the patients transported by helicopter who we believed were eligible for transport by ambulance. Forty-seven of 85 patients transported by helicopter matched the inclusion criteria and had survived. There was no statistically significant difference between the percentage of TBSA burned, the percentage of third-degree burns, length of stay, days on ventilator, age, or transport mileage. There was, however, a significant difference in the time from the injury to admission to the hospital, as well as in the charge for transportation. Patients who had less than 30% TBSA thermal cutaneous injuries without evidence of inhalation injury, and who are less than 200 miles from a burn center may be safely transported by ambulance. Ambulance transportation may take additional time; however, stricter protocols for helicopter transportation of patients with burn injuries will result in potentially substantial savings without affecting outcomes for patients.     

Emergent burn care

The estimated 32,600,000 fires that occur annually in the United States produce over 300,000 injuries and 7,500 deaths. Ten percent of hospitalized burn victims die as a direct result of the burn. Initial evaluation and management of the burn patient are critical. The history should include the burn source, time of injury, burn environment, and combustible products. The burn size is best estimated by the Lund and Browder chart, and the burn depth is determined by clinical criteria. Pulmonary involvement and circumferential thoracic or extremity burns require detection and aggressive treatment to maintain organ viability. Hospitalization is usually necessary for adults with burns larger than 10% of the total body surface area (TBSA) or children with burns larger than 5% of TBSA. Major burns, those of 25% or more of TBSA or of 10% or more of full thickness, should be considered for treatment at a burn center, as well as children or elderly victims with burns of greater than 10% TBSA. Lactated Ringer's solution, infused at 4 ml/kg/% TBSA, is generally advocated for initial fluid restoration. After the acute phase (48 hours), replacement of evaporative and hypermetabolic fluid loss is necessary. These losses may constitute 3 to 5 liters per day for a 40% to 70% TBSA burn. Blood transfusion is often required because of persistent loss of red blood cells (8% per day for about ten days). Many electrolyte abnormalities may occur in the first two weeks. Pulmonary injury commonly is lethal. Circumoral burns, oropharyngeal burns, and carbonaceous sputum are indicative of inhalation injury, but arterial blood gas determinations, fiberoptic bronchoscopy, and xenon lung scans are useful for confirming the diagnosis. Humidified oxygen, intubation, positive-pressure ventilation, and pulmonary toilet are the mainstays of therapy for inhalation injury. Wound care is initially directed at preservation of vital function by escharotomy, if restrictive eschar impairs ventilatory or circulatory function. Antibacterial agents may be applied to the burn, but invasive sepsis, defined as greater than 10(5) organisms per gram of tissue with invasion of subjacent viable tissue, requires systemic antibiotic therapy. Wound debridement is done by daily hydrotherapy, tangential excision, chemicals, primary excision, and grafting, tailoring the technique to the individual burn.(ABSTRACT TRUNCATED AT 400 WORDS)     

Burn size estimation in children: Still a problem

Background: Accurate determination of burn size and depth forms an integral part of the initial assessment of any burn injury. Errors might lead to inaccurate fluid resuscitation and inappropriate transfer of patients to specialized burns units (BUs). Although recent data suggest some improvement in the estimation of burn injury in adults, this has not been shown in children. Methods: A retrospective review of children with burn injuries referred to the BU of our institution was performed. Data were collected from all patients presenting to the BU during the calendar year 2009. The total body surface area burned (TBSA‐B) estimated by the referring centre was compared with the actual TBSA determined measured on arrival at the BU. Results: Of the 71 paediatric patients referred during the study period, 10 did not have any TBSA‐B estimation documented by the referring hospital. Inaccurate estimation of burn area was noted in 48 out of 61 patients (79%). Burn size was more likely to be overestimated than underestimated by a ratio of 2.2 to 1, especially in burns >10% TBSA‐B (P= 0.002). Conclusions: Inaccurate estimation of burn size remains a problem in children. The persistent miscalculation of burn size might be a result of the various methods employed in assessing burn area, the inclusion of simple erythema and inadequate training or exposure of first responders. Accurate assessment of TBSA‐B and burn depth in children remains elusive and would appear to require additional training and education.     

Long hair, smoking, and deep facial burns.

The purpose of this article is to describe deep facial burn injuries by cigarette lighters in longhaired adults and to report our experience in their treatment. Eight consecutive cigarette lighter burn victims are treated in the Helsinki Burn Center in the year 2006. Seven of the patients were women; their mean age was 50 years. All were under the influence of alcohol at the time of injury. The mean burnt area was 3.5% TBSA. The burnt areas were primarily forehead, cheek, and ipsilateral ear. After a conservative treatment, all the patients underwent an operation, whereby the nonhealing burns were excised and covered with autologous split thickness skin grafts. Postoperative period was uneventful in all the patients. Besides having severe detrimental effects on general health status and wound healing, smoking is the leading cause of residential and total fire deaths worldwide. The patients in this article suffered deep facial burns because of cigarette lighters.     

Cultured epidermal autograft and the treatment of the massive burn injury.

As a rule, adult and pediatric patients with thermal injuries that involve more than 90% total body surface area (TBSA) burn have poor prognoses. Even for patients who are 5 to 34 years old with a 70% TBSA burn, the mortality rate is 80%. Lack of autologous donor skin, which is essential for permanent wound closure, is the major problem. Recent advances in growth of cultured epidermal autograft (CEA) have allowed closure of full- and partial-thickness burns; in approximately 3 weeks, a 2 cm2 biopsy specimen will produce enough CEA to cover a pediatric patient. Since 1989, we have used this product on nine patients; the average age was 39, and the average TBSA burn was 70% (range, 44% to 93%). We report our approach to use of CEA in six of these patients, including topical applications of 1% silver sulfadiazine and excision of full- and deep partial-thickness wounds within 2 weeks of injury. Temporary closure was achieved with cadaver allograft. "Take" of the allograft forecasted take of CEA. The total operative time of CEA placement was decreased by a two-step technique that obviates repeating debridement: the technique consists of debriding and grafting with allograft, then removing it at the time of CEA placement. CEA take is best on early granulation tissue or freshly excised wounds. Early excision of burn eschar, temporary wound closure with cadaveric allograft and Biobrane (Winthrop Pharmaceuticals, Wound Care Div., Fountain Valley, Calif.), and permanent closure with CEA may improve survival rates among patients with massive burn wounds. CEA is a tremendous asset to the management of massive burn injuries.     

A descriptive summary of New Jersey's 1985 burn population

Data obtained from the New Jersey State Department of Health on the 1985 hospitalized patients with burns and data collected from the National Burn Victim Foundation's standard burn reporting form were analyzed to gather information about the epidemiology of burns. Children (0 to 4 years of age) continue to be the largest percentage of the 0- to 18-year-old age group who sustain burn injuries, and 67% of those injuries are sustained by children under the age of 5. Males accounted for 69% of the total burn population; 58% of admissions were white; 69% of patients were admitted for partial-thickness burns, and 31% were admitted for full-thickness burns; the largest primary payer was third-party payers; and 92% of patients with burns were discharged to home or self-care. Data were also analyzed by examination of selected age groups to determine individual needs of specific groups. An analysis of burn injuries reported to the National Burn Victim Foundation confirmed previous reports that the home is the most likely place for a burn injury to occur and that flame and scald injuries predominate; scald injuries comprise 50% of all sustained burns. Gasoline vapors accounted for 54% of burn injuries caused by flames. The data supported efforts to develop programs that address the needs of the urban child, the 17- to 19-year-old age groups, and the elderly. The information that was collected served to redefine objectives for burn prevention programs.     

Self-inflicted burns in Athens, Greece: a six-year retrospective study

Self-inflicted burns represent a major social and medical problem. The aim of this study was to record the epidemiology, mortality and etiology of suicide attempts by burning, in Athens, Greece. Over a 6-year period from April 1997 to April 2003, all the medical charts of the patients who were admitted to the Burn Center of the General State Hospital of Athens, Greece, with self-inflicted burns were retrospectively studied. Of the 1435 burn patients, 53 (3.69%) had attempted suicide by self-inflicted burn. Their ages ranged from 18 to 90 years old (mean 53.5 years). Females (57%) outnumbered males (43%). The mean total body surface area (TBSA) burned was 41.6% (range: 15-100%). The overall mortality rate was very high (75.4%). A preexisting psychiatric disorder was present in 43.3% of the patients. In conclusion, the extent and the depth of the burn injuries could explain the high mortality rate seen in these patients, in correlation with their negativism to the treatment. Burn care professionals should be familiar with self-inflicted burn patients who constitute a considerable proportion of major burns and require constant psychiatric support in addition to burn care.