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We document the severe burns sustained by three patients with epilepsy who suffered seizures while showering. On the basis of the circumstances of these accidents, we suggest preventative measures to help other patients with epilepsy avoid similar burn injuries. Patient data collected from January 1987 to May 2004 by the Burn Unit of the Department of Plastic Surgery, University of Aachen, Germany, were reviewed. Three patients with epileptic disorders were found who suffered severe burn injuries caused by seizures that occurred while showering. Scald location and depth was assessed. Three patients (two women, one man) sustained extensive scald injuries after epileptic seizures while showering. Burn extent ranged from 20% to 35% TBSA. Scalds primarily affected the trunk, legs, arms, and buttocks. Two of the three patients used showers with levers for controlling water temperature. Safety devices for limiting water temperature were absent. All patients used shower cubicles. Patients with epilepsy may sustain serious burns, typically affecting the trunk, legs, arms, and buttocks, when a seizure occurs while showering. We suggest that individuals with epilepsy use showers designed with pirouetting taps, rather than levers, to regulate water temperature. Pirouetting taps are less likely to be shifted out of position during a seizure. We also recommend that epileptic patients have safety devices installed in their water heaters that limit maximum water temperature. Such safety devices prevent scald injury. And, finally, we suggest that people with comparable disorders generally avoid using shower cubicles. Instead, showers with curtains should be used, which may allow occupants to escape from dangerously hot shower water more easily.

Campfires are a common component of outdoor festivities. Pediatric campfire burns have been well described. Adult campfire injuries also are common and have several important distinguishing characteristics. We performed a retrospective review of adult patients admitted with campfire burns to our burn center from July 1998 to July 2003. Medical records were reviewed with attention to mechanism of injury, intoxication level, burn size, and surgeries performed. A total of 27 patients with this injury were treated as inpatients over the course of the study period. Two distinct mechanisms of injury emerged: 1) contact with the campfire and 2) flash/flame injuries from igniting the fire. Eighty-one percent (13/16) of patients who sustained contact burns were intoxicated, as compared with 11% (1/11) of those who sustained flash/flame injuries. Nearly half of the patients with contact burns and more than half the patients with flash/flame burns required excision and grafting.

This article describes two children who received deep partial and full-thickness mortal immersion scald burns while visiting a hot spring. The prevention of such accidents is most important, including the education of children and family members on the potential hazards inherent at these resorts. In addition, elevated retaining walls with closed upper surfaces of the pools should be reconstructed to avoid children slipping accidentally into hot springs.

The proliferation of clandestine methamphetamine laboratories (meth labs) as a result of the growing popularity of the drug has resulted in an increasing incidence of burn injuries associated with laboratory accidents. We undertook this study to characterize these injuries. Fifteen consecutive patients were identified and case-matched by age and TBSA to 45 control subjects. Most meth lab patients were men, Caucasian, unemployed, and positive for polysubstance abuse. Resuscitation requirements were 1.8 times greater in these patients. There was a higher incidence of inhalational injury corresponding to higher intubation and tracheostomy rate and longer ventilator days among meth lab patients. The rate of nosocomial pneumonia, skin graft loss, and mortality were not different between the two groups. Meth lab injury is unique and requires more critical care resources. It also is associated with lack of insurance coverage and poor follow-up after injury. This injury has a significant impact not only on patients but also on the healthcare system.

Thermal injury historically constitutes approximately 5% to 20% of conventional warfare casualties. This article reviews medical planning for burn care during war in Iraq and experience with burns during the war at the US Army Burn Center; aboard the USNS Comfort hospital ship; and at Combat Support Hospitals in Iraq and in Afghanistan. Two burn surgeons were deployed to the military hospital in Landstuhl, Germany, and to the Gulf Region to assist with triage and patient care. During March 2003 to May 2004, 109 burn casualties from the war have been hospitalized at the US Army Burn Center in San Antonio, Texas, and US Army Burn Flight Teams have moved 51 critically ill burn casualties to the Burn Center. Ten Iraqi burn patients underwent surgery and were hospitalized for up to 1 month aboard the Comfort, including six with massive wounds. Eighty-six burn casualties were hospitalized at the 28th Combat Support Hospital for up to 53 days. This experience highlights the importance of anticipating the burn care needs of both combatants and the local civilian population during war.

Sandal is an ancient, primitive heating device that is still in use by both poor and rich people in mountain areas of Middle Asia. Sandal burn injuries are a serious health problem. Characteristics of sandal burns include not only skin injuries of various depths but also injuries to underlying tissues: subcutaneous fat, fasciae, muscles, and even bones. Sandal burns are characterized by such severe deep injuries because of a close contact of the body with live coals or woods. The main goal of this work was to present the most complete information about sandal burns and discuss the most effective methods of treatment for sandal burns. This treatment is used to accelerate the rejection of necrotic tissue, to prepare the wound for early autodermoplastic surgery, to decrease the postburn contractures/deformities, and also to shorten hospital stay for the patients.

The use of hot tar in industry is widespread, and burns caused by this agent remain a problem. Instead of being classified as chemical injuries, these burns compose a unique class of thermal injury because of the difference of mechanisms of injury and the difficulties in removing the agent from the skin. Tar burns usually are occupational in nature and are observed mostly in male patients. This report presents a female burn case that had occurred after she applied hot tar to her skin for the treatment purposes of pain relief.

Contact burns from domestic appliances are common in young children. Recently, gas fireplaces have been recognized as a potential cause of contact burns in young children. We sought to quantify the frequency of gas fireplace contact burns in young children, to identify the etiology of contact, to describe the clinical presentation, and to describe clinical outcomes. Children with gas fireplace contact burn injuries presenting to The Hospital for Sick Children in Toronto (1999-2002) were identified using three data sources: the Canadian Hospitals Injury Reporting and Prevention Program Database, the Burn Unit Registry, and the Rehabilitation Services Database. Demographic, clinical, and outcomes data were collected on all children. During the 4-year study period, 27 children presented to the hospital because of a gas fireplace contact burn (approximately 9% of all contact burns). The median age of the children was 14 months (range, 8-36 months), with 16 boys (59%). Most children were burned in their own home. With regard to etiology, 10 children (37%) lost their balance near the fireplace, 2 (7%) walked too close to the glass front, and 8 (30%) touched the glass front out of curiosity. Almost half (44%) of the children burned the palms and digits of both hands. The median total burn surface area was 1% (range, 0.2-2.5%). In total, 30% of children were admitted to hospital, and 11% required skin grafts. All children had full wound closure after 4 to 43 days. Given the etiology of these burns (loss of balance or curiosity), passive prevention, such as barriers or changes in the composition of glass panels, may be the most effective approach to combat them.

Pulse oximeters have become essential devices for evaluating and monitoring patient oxygenation. The probe emits a small amount of heat into the skin in the process of signal detection. Regulations set by the Food and Drug Administration currently limit the maximum allowable temperature of an oximeter probe to 41 degrees C. As a result of the prolonged exposure of extremities to these devices, we sought to determine the actual temperature threshold for burn injury in patients. Eighteen patients undergoing surgery for removal of redundant skin (abdominoplasty, breast reduction) consented to the application of a temperature-controlled custom probe with four light-emitting diodes that had temperatures set randomly at the expected threshold for burn injury (42.5 degrees C, 43 degrees C, 43.5 degrees C, and 44 degrees C). The probe was left in place for 8 hours (or less if significant pain was noted). The sites covered by the probes were then checked for signs of injury. On the next day, the redundant skin was removed as a scheduled procedure, and histopathology was performed to detect the extent of burn injury. The study was approved by the local institutional research board. Two patients were excluded because of technical problems with the probe, one of whom had the probe turned off because of pain. The only observed sign of injury was either erythema or a superficial blister that was usually unobservable or slightly red at operation. These subtle signs of a burn were noted in one patient at 43 degrees C, four at 43.5 degrees C, and nine at 44 degrees C. No burns were noted in two patients. Minimal or no signs of injury frequently were noted by histopathology. Pulse oximeter probes are safe up to a temperature of 43 degrees C for at least 8 hours in well-perfused skin. Above that temperature, there is a risk of burn injury. Performing temperature threshold tests in redundant skin that is planned for excision is a potential method for testing the safety of devices or materials.

A large number of burns are sustained every year as the result of kitchen grease. A review of a 13-month period at the Joseph M. Still Burn Center in Augusta, Georgia, revealed 60 cases (9.4% of acute burn admissions). Forty-five (75%) of these patients were adults and 25% were children. There were 23 females and 37 males. Forty-two percent of the adults and 33% of the children had some percentage of third-degree injury. The average total body surface area burn in adults was 5.9% and in children 6.3%. There were no deaths in this series. Burns usually occurred as the result of scalds with grease while cooking. Spilling grease on children in the kitchen was a frequent problem. Burns due to ignition of grease was also a cause of injury. Most of the injuries were potentially preventable, and therefore the importance of burn appropriate safety programs is stressed.

The purpose of this study was to investigate burn injuries resulting from frontal automobile crashes and to determine the effects of frontal airbags on the incidence of burn injuries. The study included 25,464 individual cases from the National Automotive Sampling System database files for the years 1993 to 2000. Occupants were at a significantly higher risk to sustain a burn injury when exposed to an airbag deployment (1.54%) compared with those who received a burn injury when not exposed to an airbag deployment (0.02%; P = 0.02). In contrast to previous publications, this study found that 1.53% of front seat occupants exposed to an airbag deployment sustained an airbag-induced burn injury. The vast majority of airbag-induced burn injuries were minor (98.7%); however, in cases with no airbag deployment, the burns were often much more serious, including fatal burns (29.6%). Occupant weight, height, sex, seatbelt use, and seat position were all found not to be significant in predicting the risk of airbag induced burn injury, whereas age and crash velocity were found to be significant.

Our objective was to compile data on the mechanism and severity of injuries associated with hot beverage burns in children. We identified 152 children over a 3-year period who attended a tertiary level burns center, representing 18% of all children treated. Their median age was 17.5 months and median body surface area burned was 4% (range, 0.25% to 32%). Significantly, 52% of children required admission, 18% received a split skin graft, and 26% required long-term scar management. In 70% of all cases, the mechanism of injury was the child pulling the hot beverage over himself or herself. In 80% of incidents, a primary care giver witnessed the injury. These findings indicate that scalding from hot beverages carries significant morbidity and is an important pediatric public health issue. It is clear that further research towards effective education programs for primary caregivers is warranted.

Hot cooking oil burns resulted in 316 admissions to the Burns Unit at The Royal Brisbane Hospital between January 1, 1981, and December 31, 2000. Notable demographics of this group were a male:female ratio 1.74:1 and that 24% of all patients were between the ages of 16 and 20. Workplace burns accounted for 6% of admissions only, but these tended to be of a larger total body surface area involvement. The mean duration of admission was 8.5 days, with 40% of patients undergoing surgical débridement and split-skin grafting. Two hundred thirty-nine patients had 5% or less TBSA burned, most commonly involving the hands, legs, feet, and the forearms. No patients in our study died. The proportion of patients undergoing débridement and grafting increased from zero patients at commencement of this study to a peak of 82.5% in 1998. We believe this reflects changing practice with earlier excision and grafting trying to achieve the best functional and cosmetic results. The lack of predisposing factors and the accidental nature of these burns mean appropriate prevention strategies are paramount to decreasing the number of burns of this type. Suggestions discussed include school-based education programs, warning labels included in product information, and mandatory fire blankets within the home.

Treadmills are a burn risk for children. A child's hand can get trapped in the conveyor belt, causing friction burns to the underlying tissue. The purpose of this retrospective study was to review the characteristics and treatment of treadmill-related burns in children from 1998 to 2002. Ten patients, at a mean age of 3.4 years, sustained injuries associated with treadmill use. Trapping of the hand between the conveyor belt and the base was the most frequent injury mechanism. Burn location was predominantly on fingers and palms. Four patients required operative intervention. All patients required specialized wound care as well as scar management and occupational therapy. Treadmills pose a danger to children. Current safety devices are ineffective for preventing serious hand injuries in children. New design modifications and public awareness are needed to improve child safety.

We have seen an alarming increase in the incidence of pediatric palm burns associated with gas fireplaces. The increasing popularity of these units places more children at risk. Medical records of patients under the age of 5 years who sustained hand burns from contact with the glass enclosure of gas fireplaces from 1996 through 2002 were reviewed. Thirty-nine patients were identified, with a mean age of 12.8 months. A 15-fold increase in incidence was observed. Thirty-three patients suffered superficial second-degree burns that were treated conservatively. Twenty-one percent of children developed significant wound complications requiring intensive therapy including extension splinting or surgery. Pediatric burns resulting from palmar contact with the glass enclosures of gas fireplaces have emerged as an avoidable new danger within the home. Although most of these injuries heal with conservative treatment alone, many require surgery or other intensive management to regain acceptable function.

Many patients suffer from sensorimotor deficits that may contribute to burn injury. This retrospective study examines burn injuries in the subgroup of patients that suffer from the early onset neurological impairments of mental retardation, cerebral palsy, spina bifida, autism, and attention deficit-hyperactivity disorder. Fifty-one patients who suffered from the above-mentioned early-onset neurological impairments were admitted to our burn center during a 4-year period. The average TBSA burned was 8.9% yet resulted in prolonged hospitalizations. This study describes our burn center's experience in treating patients admitted with early-onset neurological impairments.

The use of home oxygen therapy has become increasingly commonplace and is frequently prescribed by medical specialists. In this study, we have identified a generally unexpected risk of home oxygen therapy. We performed a retrospective review of 3673 consecutive patients treated at our adult burn center over a 10-year period from 1992 to 2001. We identified 27 patients with burns directly attributable to oxygen therapy and also noted an increased incidence of these injuries over the study period. The average age of the patients was 68.1 +/- 9.2 years (range, 40-82 years). Twenty-three were using oxygen at home, three in nursing homes, and one was an inpatient in an acute care facility. Twenty-five patients (93%) were receiving oxygen therapy for the diagnosis of chronic obstructive pulmonary disease. Twenty-four patients (89%) were smoking while using oxygen, two were lighting pilot lights, and one was lighting his wife's cigarette. Four patients (15%) sustained burns greater than 10% TBSA. Seventeen patients (63%) had only partial thickness burns. Thirteen patients (48%) required admission for treatment of their burn injuries. The average length of stay for those admitted was 4.4 days. The average hospital charge for admitted patients was US dollars 8055. There were four deaths (15%), all of which were correlated only with the extent of injury. Although intuitively obvious to most health care professionals, not all patients understand that oxygen therapy and cigarettes or open flame can result in a significant injury. Although some practitioners have advocated not prescribing home oxygen for those who continue to smoke, an alternative means of reducing the incidence of this preventable complication appears warranted. Prevention efforts should focus on the counseling of patients and their caregivers as well as educating primary care physicians, nurses, and home health providers as to the dangers of oxygen use.

Car seat heaters have gained popularity in America and worldwide. They offer comfort by heating the sitting surface to a soothing temperature. Several cases of heating-element malfunction resulted in burn injuries and have triggered recalls of thousands of cars by the manufacturers. We present a case of a 48-year-old patient with long-standing paraplegia who sustained third-degree burns on his buttock during the initial drive of a new car with seat heaters. Car seat heaters can cause severe burns. Patients with decreased sensation or immobility are at increased risk and should not use car seat heaters. This case illustrates the need for design modifications and consumer education regarding the risks associated with car seat heaters.

A young female suffered burns to her hand after the ignition of gas from a compressed air duster. After debridement and dressing, the patient continued to have pain out of proportion to injury that was refractory to intravenous morphine. The material safety data sheet revealed that the chemical used was 1,1-difluoroethane. High temperatures can cause decompensation to form hydrofluoric acid. Calcium gluconate gel was applied topically to the patient's burns, which caused prompt and complete relief of her pain. A review of different compressed air duster products revealed that the main ingredient in each was a halogenated hydrocarbon. Although not considered flammable, all products have warnings regarding the possibility of ignition under various circumstances. Ignition of the gas in compressed air cleaners not only can cause flame burns, it can also cause chemical damage from exposure to hydrogen and fluoride ions. Prompt recognition and treatment is necessary to prevent severe injury.

Although nonfatal burn injuries vastly outnumber fatal injuries, their epidemiology is not well defined. We sought to determine the epidemiology of nonfatal burn injuries in a largely rural region of a midwestern state to target intervention efforts at populations and injury mechanisms at risk. Data were retrospectively collected on a population-based sample of medically treated burn injuries in 10 counties in southern Iowa from 1997 to 1999 using International Classification of Diseases, 9th Revision, Clinical Modification codes (ICD-9-CM, Ncode 940-949) to identify burn-related emergency room visits from computerized lists. A total of 1430 emergency room visits were identified, with 1382 records available for review. Injuries were grouped into etiology subcategories to better delineate common mechanisms and determine methods of prevention. Scald and hot-object contact and flame-related injuries were the leading causes of burn injury. Scald and contact injuries were subdivided into three major sets of scenarios, scald and contact injuries related to household food preparation and consumption, work-related scald and contact injuries. and injuries resulting from contact with nonfood and nonbeverage-related household objects. Children ages 0 to 4 had the highest population-based scald and hot-object contact injury rate of all age groups, with an average annual incidence rate of 35.9 per 10,000. Injuries in this age group were most commonly related to household objects (34.7%) followed by food preparation (25.3%). Children and young adults ages 5 to 24 were also the most likely to be injured by flame and fire-related causes secondary to open fires. Nonfatal burn injuries typically afflict children and young adults in definable patterns, suggesting intervention strategies. Future studies need to better delineate the contributing factors associated with these injuries to refine the intervention strategies.

Self-inflicted burn injuries, although uncommon, are a significant source of morbidity and mortality. The purpose of this study was to delineate the characteristics of these burns and to examine their impact on society. Records of 32 adult patients admitted for self-inflicted burns at our regional burn center between January 1996 and August 2001 were retrospectively reviewed. The mean burn size was 34 +/- 29% TBSA, with the majority of burns being the result of self-immolation using a flammable liquid. There was a slight male predominance (59%) and a significant mortality rate (25%). Ninety-one percent of patients had an active psychiatric diagnosis, with 47% having had a previous suicide attempt. Two thirds had a chronic stressor, such as a chronic medical illness and/or long-term disability. Only four patients had private insurance, whereas the remainder relied on underfunded state- and county-sponsored programs or were uninsured. In addition to well-described psychiatric factors, common characteristics predisposing to self-inflicted burns include chronic medical illnesses, long-term disability, and a lack of access to adequate mental health care. Better treatment of mental illness in the underfunded population might ultimately save the high costs of these burn injuries.

Open-fire injuries associated with burning trash or brush result in a significant number of burn admissions annually. Trash- and brush-burning injuries are more prevalent in rural environments where open burning is an acceptable practice of waste disposal. These injuries are not "unavoidable accidents" but follow a predictable injury pattern. Understanding this injury pattern is paramount to effective prevention. The purpose of this work is to describe the epidemiology of burn injuries associated with burning trash or brush. Charts were retrospectively reviewed for all trash and brush burning injuries from July 1989 to December 2000. One hundred ninety-four injuries were identified, accounting for one fifth of all flame admissions for the study period. Persons most at risk for these burn injuries were males between the ages of 25 to 45, followed by males ages 16 to 24. Accelerant use was identified in over 80% of these injuries. The median cost for admission was $9,363.00 US dollars. Cost was significantly related to age, percent body surface area burned, and operative intervention. Brush and trash burning can lead to costly injuries especially when accelerants are used. Additional research is needed to explore the cultural and social influences associated with these injuries to target effective prevention.

Self-inflicted burns have been considered a serious mental health problem throughout the world and especially in economically developing countries. The aim of this study was to identify the epidemiologic features and current etiological factors of suicide by burning in Tehran, Iran, to develop effective prevention programs. Over a period of 2 years from March 1997 to March 1999, of the 1,236 patients aged 14 years and older who were admitted to Tohid Burn Center in Tehran, Iran, 110 (8.9%) had attempted suicide by self-immolation. The median age was 25 years (range: 14-68 years) and the median extent of the burns was 71% TBSA (range: 20-100%). Forty-eight patients had a previous psychiatric diagnosis (43.6%). Depression was the most common psychiatric diagnosis by history. The method most commonly used was a flame with the addition of a flammable liquid (frequently kerosene). Also, most of the patients (70%) were of a low socioeconomic class. Overall, self-inflicted burns should be considered an increasing mental health problem in our society. Therefore, it is necessary to implement prevention programs and strategies to reduce the incidence rate of this problem.

The cases presented in this article highlight the dangers of applying warming bottles to neonates. Warming devices as cool as 42 degrees C (107.6 degrees F) can burn an infant.

During a 10-year period 4645 patients were admitted to the Joseph M. Still Burn Center with acute burns. Of these, 83 (1.79%) were caused by carburetor-related accidents. There were 79 males and 4 females. Ages ranged from 10 to 72 years. Burn size ranged from 1 to 97.5% (mean, 12.3%). There was one death in the group. Eighteen patients required only topical care; 65 patients required a total of 108 operations for debridement and grafting. Length of stay ranged from 1 to 63 days (mean, 11 days). The mechanism of injury was usually the same; in 81 cases the accident occurred while someone was pouring gasoline into a carburetor. In 63 cases the vehicle was an automobile or pickup truck. Explosions resulted in 12 instances; in 65 instances fires were started. These injuries are serious, expensive, fairly common, and may be life threatening. Proper handling of gasoline is stressed. Newer vehicles have fuel injector systems, which may gradually eliminate the problem over time, because pouring gasoline is not required.

Elderly burn patients suffer from greater morbidity and mortality than younger patients with similar burn extents. The purpose of this study was to identify risk factors for burn injuries in the elderly to develop an effective preventive program. A cross-sectional survey was conducted among 20 elderly (> or =65 years of age) burn survivors on the circumstances surrounding their burn injury and on burn prevention. A control group of 20 nonburned elderly completed a similar survey only on burn prevention. The majority of burned subjects believed that their injury was preventable (85%). The home was the commonest location for burn injury (70%), and scalds (50%) and flame burns (25%) were the most common etiologies. Most subjects felt that a burn prevention program would be useful (95%) and television, news, and posters were the preferred sources of prevention information. Compared with the burn group, the control group had more risk factors for burn injury. However, the control group also took more active preventive measures. Burn prevention campaigns for elderly should focus on reducing flame and scald burns that occur in the home, preferably using television, news, and poster media.

The purpose of this study was to present the epidemiology of thermal burn fatalities in the workplace in the United States between 1992 and 1999. Data on fatal thermal burn injuries in the United States between 1992 through 1999 were obtained from the Bureau of Labor Statistics Census of Fatal Occupational Injuries. Between 1992 and 1999, 1,189 fatal thermal burns occurred in the workplace (0.11 deaths/100,000 workers per year). Mortality increased with age, with those over 65 years of age having the greatest rate of death (0.20/100,000). Workers in the mining industry and transportation and public utilities had the highest rates of fatal thermal burns. Occupational categories with the highest rates included "extractive occupations" (eg, miners, explosives workers) and "transportation and material movers" (eg, truck drivers). The specific occupations with the highest rates were airplane pilots and navigators, furnace, kiln, and oven operators, and firefighters. Most decedents were operating vehicles or involved in "other transportation operations" at the time of the incident. The majority of injurious incidents occurred on "industrial premises" or the "street and highway." Efforts to prevent fatal occupational thermal burn injuries should focus on older workers and those in occupations with frequent exposure to potential sources of thermal injury. Further study of nonfatal thermal burns in the workplace is needed because patterns of fatal burn injury may not reflect patterns of occupational burn injury overall.

This article will present the epidemiology of occupational burn injuries among patients admitted to a regional burn center. Patients admitted to University of Alabama at Birmingham University Hospital Burn Center between November 1994 and December 1999 for occupational burn injuries were studied. Descriptive statistics were generated for demographic, clinical, and outcome characteristics. Approximately one-quarter of all burn center admissions had sustained occupational burn injuries. The most common burns were flame, electrical, and scald burns. The most heavily represented occupations were "manufacturing" (19.1%), "electrician" (16.2%), and "laborer" (16.2%). Burn type varied with occupation. Over $16 million in hospital charges was accrued by patients sustaining occupational burn injuries. Understanding the epidemiology of serious burn injuries in the workplace is crucial to directing prevention efforts toward worker groups at highest risk.

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.

This prospective case-control study was conducted on 105 consecutive cases admitted to the burn units of Dhaka Shishu Hospital and Dhaka Medical College Hospital. The same number of controls were selected randomly from the community and matched with respect to age group, sex, and location of residence within the defined metropolitan area during the period January to September 1997. Both the controls and cases were divided into three age groups. Group A (19 controls and 19 cases) included neonates and infants, group B included children from 1 to 4 years, and group C included children from 4 to 12 years. The mean age of the controls in group A was 8.42+/-3.86 months and in group B and C was 5.72+/-4.05 years. The mean age of cases in group A was 4.79+/-4.05 months and in group B and C was 5.08+/-2.87 years. A scoring system was used to analyze 14 socioeconomic and cultural factors, which indicated highly significant differences between controls and cases (P < 0.001), and also between male (P < 0.001) and female (P < 0.001) controls and cases. There were significant differences between controls and cases in group A (P < 0.001), group B (P < 0.01), and group C (P < 0.001). Differences were not significant between males and females within groups A, B, and C for cases or controls (P > 0.05). Regression analysis of the total scores for cases and controls indicated a negative correlation between burns and the socioeconomic variables included in the study. There were highly significant associations between burns and lack of alertness to burns among parents (P < 0.001), clothing of manmade fabrics (P < 0.001), and cooking equipment in the kitchen within reach of children (P < 0.001). There was a significant association between burns and illiteracy of the mother (P < 0.01), housing located in slums and congested areas (P < 0.01), illiteracy of the father (P < 0.02), presence of preexisting impairment in children (P < 0.05), presence of a history of burns among siblings (P < 0.05), and low economic status of the parents (P < 0.05). No significant associations were indicated between controls and cases with respect to number of children in the family (P > 0.1), family pattern (P > 0.1), conjugal bonding between parents (P > 0.5), and sibling's death and disability from burns (P > 0.5). It is evident that an increase in alertness to burns, easy availability of clothing of natural fabrics, keeping cooking equipment beyond the reach of the children, increased literacy among parents and children, and improvement in family income might decrease the incidence of burns in children.

Scented gel candles are common decorative household items composed of gelled mineral oil, fragrances, and dye. Like traditional wax candles, they have an open flame. Because of defective design, there have been several burns and injuries caused by these products. Here we report our experience with a scald burn from a gel candle and describe 34 additional injuries attributed to gel candles previously unreported in the medical literature.

The defense of the innocent, as well as the prosecution of the guilty, is a basic premise of American justice. This article reviews nine cases defended by the public defender system, in which the authors were involved, that illustrate some of the pitfalls in making the diagnosis of child abuse and/or neglect caused by thermal injury. The basis for the defense is also discussed, together with the biologic, engineering, and socioeconomic factors. The definition of child abuse and/or neglect is discussed, as is the devastating and long-lasting label of a false accusation, much less false imprisonment. In this regard this review concludes that professionals with thermal injury expertise must become involved in the judicial process if justice is to prevail.

Although it is generally safe, there are morbidities associated with home oxygen use. Experience in our burn unit led to an analysis of burn complications from this therapy. A retrospective review of records during a 12-year period identified 23 patients with burns associated with home oxygen use. Average age of the patients was 70 years, with chronic obstructive pulmonary disease the most prevalent indication for use. Concomitant cigarette smoking was the most common inciting mechanism of the burns (70%). Average burn size was 3.9% of total body surface area. Eleven patients presented in the first 10 years of the study period, whereas 12 presented in the last 2 years. We have seen a rise in injuries with the use of home oxygen. The absolute number of injuries sustained is unknown, because many are likely unreported. To decrease the morbidity and costs associated with these injuries, the need for continuing safety education is apparent.

The steam burn caused by an electric rice-cooker is a unique mode of burn injury in Asian countries, especially Korea and Japan. This type of burn injury is characterized by 1) occurring most frequently on the volar aspect of the hand in toddlers younger than 2 years of age (92.8%); 2) the depth of burns are normally deep second-degree to third-degree (98%) and usually need surgery at the time of injury; 3) flexion contractures of multiple finger joints and web space contracture are common sequelae. We hypothesized that primary full-thickness skin graft (FTSG) would give more reliable results and eliminate the late reconstructive procedures. Between January 1997 and September 1999, 36 patients underwent primary FTSG, and the results of this primary FTSG group were compared with 124 patients who were treated with split-thickness skin graft (STSG; 79/124; 63.7%) or by conservative management (45/124; 36.3%), and readmitted for the correction of hand deformities between September 1995 and September 1999. In the primary FTSG group, 11.1% (4/36) of mild web contractures and 5.5% (2/36) of finger joint contractures were documented, and these did not require the reconstructive procedure during a follow-up period of 8.8 +/- 4.8 months. In 124 patients of the primary STSG or conservative group, the mean time interval to reoperation was 8.9 +/- 4.0 months and all patients received FTSG for correction of late hand deformities. In a retrospective study of the primary STSG group, 42 of 53 patients (79.2%) received reconstructive procedure during a 5-year follow-up period. In this report, we introduce the nature of steam burn caused by electric rice-cooker and propose that primary FTSG may be a reliable method for the treatment of this more severe type of acute burn in pediatric patients.

Lawn mower-related injuries are fairly common and are usually caused by the mower blades. Burns may also be associated with the use of power lawn mowers. We describe 27 lawn mower-related burn injuries of 24 male patients and 3 female patients. Three of the patients with burn injuries were children. Burn sizes ranged from 1% to 99% of the total body surface area (mean, 18.1%). Two of the patients died. The hospital stay ranged from 1 day to 45 days. Twenty-six injuries involved gasoline, which is frequently associated with refueling accidents. Safety measures should involve keeping children away from lawn mowers that are being used. The proper use and storage of gasoline is stressed.

A burn injury may occur as an unexpected consequence of medical treatment. We examined the burn prevention implications of injuries received in a medical treatment facility or as a direct result of medical care. The records of 4510 consecutive admissions to 1 burn center between January 1978 and July 1997 were retrospectively reviewed. A cohort of 54 patients burned as a result of medical therapy was identified and stratified by location (home vs medical facility) and by mechanism of injury. Twenty-two patients were burned in a medical treatment facility, including 12 patients who were burned as a result of careless or unsupervised use of tobacco products. Thirty-two patients were burned as a result of home medical therapy, including 9 patients who had scald injuries from vaporizers, 8 patients who were burned by simultaneous use of cigarettes and home nasal oxygen therapy, and 11 patients who were burned by therapeutic application of heat. In contrast to previous studies, no patient was burned by the use of medical laser devices. To further decrease burn risk from medical therapy we advocate the prohibition of cigarette smoking in any medical facility. Continued tobacco use may represent a contraindication to home oxygen therapy. Given the lack of proof of efficacy combined with the potential for burn injury, the use of vaporizers to treat upper respiratory symptoms should be discouraged. Patients with diminished sensation or altered mental status are at increased risk of burn injury from bathing or topical heat application and merit closer monitoring during these activities.

"Coining," "coin rubbing," or çao gio, is an ancient Vietnamese folk remedy that is practiced by many Vietnamese-Americans to treat minor ailments. There are few reported cases of serious complications of çao gio; most of the complications have been minor burns. We present a case report of a 45-year-old woman who sustained 22% partial-thickness and full-thickness burns after she caught on fire during a coining treatment. She underwent fluid resuscitation, wound care management, and, eventually, burn debridement and autografting. She was discharged 10 days after the operation, with excellent take of all of her grafts. However, a contracture of her right axilla did develop and will require surgical release. This case represents a serious injury that can result from traditional cultural forms of medicine.

An unusual accident is reported in which 2 patients were burned when propane gas draining from a tanker truck was ignited by the catalytic converter of a nearby parked car.

An 18-year-old male was involved in a single car motor vehicle accident in which the driver's side airbag was deployed. He presented to the trauma center with complex injuries to the left hand, lacerations to the scalp, and a full-thickness burn to the ulnar aspect of the right hand that included the hypothenar area and the fifth digit. The patient was admitted to the trauma center and received immediate consultation from the burn service. He underwent debridement and split-thickness skin grafting of 50 cm2 of the right hand on postburn day 3. The graft became necrotic and the patient underwent debridement of the skin and the abductor minimi muscle of the right hand on postburn day 32. Split-thickness skin grafting and release of flexion contracture were successfully completed 18 days later. The police and fire departments reported that the airbag showed signs of thermal destruction. Upon request, Honda motors submitted information from the TRW safety systems and material safety data sheet (Mesa, Ariz, issued 1989) that showed that airbag canisters contain the chemicals sodium azide and cupric oxide. Water may react with sodium azide to form highly toxic and explosive hyfrazoic acid. These chemicals are converted to sodium hydroxide, which can cause significant chemical burns. In addition, these chemicals may ignite when exposed to live electrical wires or temperatures greater than 300 degrees F. We conclude that burns associated with damaged deployed airbags in motor vehicle accidents may be the results of both chemical and thermal injury. The extent of the burn wound may be underestimated, as our case illustrates. Full-thickness burns resulting from airbag deployment may require more aggressive initial debridement and treatment.

The anesthetic skin of patients with spinal cord injuries makes these patients a high-risk population for burn injuries. Innovations in rehabilitation engineering can now provide the disabled with mechanical devices that allow for passive standing. Passive standing has been shown to counteract many of the effects of chronic immobilization and spinal cord injury, including bone demineralization, urinary calculi, cardiovascular instability, and reduced joint range of motion and muscular tone. This article will describe several unique assistive devices that allow for passive standing and an improvement in daily living for people with disabilities.

Gas fireplaces have become popular in recent years. This article presents the first reported case of a burn injury from contact with the glass front of a gas fireplace. An investigation of the surface temperature of the glass fronts of gas fireplaces was undertaken to clarify the risks posed by these units. Surface temperature measurements of the glass fronts of 3 common gas fireplace models were obtained using a thermocouple probe. Glass temperatures reached 200 degrees C within 6.5 minutes of ignition, climbing to 245 degrees C at 14 minutes after ignition. Glass temperature continued to rise beyond this point, but it could not be monitored because the adhesives securing the thermocouple probe melted. Glass temperatures of 50 degrees C were recorded at 30 minutes after the unit was shut off. The temperatures of the glass fronts of glass fireplaces are sufficient to cause cutaneous burns within seconds of contact both while the fireplace is in use and up to one half hour after it has been turned off. Current industry safety standards are not directed at the prevention of contact burns. We recommend that (1) mechanical guards be installed to create a barrier in front of the glass; (2) strict warning labels be applied to the units and ignition switches; and (3) burn prevention information be distributed with the owner's manual for these products.

The mechanisms, intensity of treatment, and outcomes of fire and burn injuries that result in hospitalizations were investigated to assist in ongoing prevention efforts. All hospital discharge records with a fire or burn diagnosis were extracted from the 1994 Pennsylvania statewide hospital discharge data. Cases were categorized into 4 specific burn mechanisms: conflagrations, controlled fires, clothing ignition, and hot substances and scalds. A total of 3173 cases were reported for a rate of 26.3 per 100,000 people. Hot substances and scalds were the most common mechanism (58%) of fire and burn hospitalizations. While most injuries resulting from clothing ignition, conflagrations, and hot substances and scalds were reported as unintentional, 25% of the cases resulting from controlled fires were reported as self-inflicted. The mean hospital charge per hospitalization day (which reflected the intensity of burn treatment) was 2783 but varied significantly by mechanism (P < .001): $4102 for cases resulting from conflagrations; $3402 for cases resulting from clothing ignition; and $2187 for cases resulting from hot substances and scalds. The overall in-hospital case fatality rate was 2.4%. Prevention strategies for these injuries are outlined for injury control professionals.

During a 2-year period, eight patients sustained burns caused by the tipping over of electric stoves. In seven of these cases, children aged 2 to 4 years stood up on the open oven door of a stove. The stove then tipped forward, and a pot of boiling liquid on the stove spilled onto the child, who fell forward across the oven door. The general area of involvement was back and buttocks, with spattered areas elsewhere on the body. In one other case, an older child, aged 8, sat on the open oven door and was burned when a pot fell on him. The weight of the children ranged from 12.7 to 20 kilograms, with a mean of 15.2 kilograms. The 8-year old weighed 14.9 kilos. Burn size ranged from 3% to 30%, with a mean of 16.75%. All burns were second-degree and were treated by debridement and coverage with either porcine grafts or Biobrane (Dow Hickman Pharmaceuticals, Inc.). Healing was satisfactory in all cases. Hospital stay ranged from 2 to 20 days. The increase in the use of electric stove has led to a situation in which children, usually toddlers, can overbalance the stove and bring down the pots sitting on the heating elements. This represents another mechanism by which young children can be injured in the kitchen; the awareness of this should be disseminated.

Children with spina bifida, cerebral palsy, mental retardation, developmental delays, and seizure states are handicapped with sensorimotor deficits, including gait or coordination instability, temperature insensitivity, and mental simplicity. These handicaps make this distinct and unpretentious population more susceptible to lethal burns. A 30-year review was conducted in a pediatric burn center to examine the relationships between pediatric sensorimotor deficit and burn injury. Of the 4874 acute burn admissions, 66 children were identified with preexisting sensorimotor deficits. Data indicate that children with sensorimotor deficit are more prone to burn injury from both their physical impairment and poorly supervised environments. In addition to extended hospitalizations, these children bear significantly higher mortality risks. Had the special supervisions and protection required by such handicapped children been provided, 80% of the burn injuries could have been prevented. Results emphasize that the future of these special children with sensorimotor deficits relies on health care providers playing a greater role in educating parents and caregivers.

It is well recognized that child abuse is a common mechanism of injury to burned children. A profile of an abused burn child was constructed by analyzing 321 consecutive pediatric admissions to our burn center during a 24-month period starting in April 1993. Variables collected for analysis were age, race, insurance status, family structure, burn size, type, whether child abuse reports were filed, and the results of those reports. Of the 321 admissions, 93 were reported for abuse or neglect. From the 93 reported cases, 26 were taken into temporary custody, 56 were indicated for abuse, but returned to the home, and 14 were "unfounded" cases. Our analysis indicated burned children aged 3 years and under, from single-parent, impoverished homes, admitted with a scald or thermal-contact burn are at highest risk for abuse or neglect and warrant careful assessment.

Psoralens are photosensitizing agents used in dermatology as reinforcements in psoralen ultraviolet A-range therapy. We report observations of 14 young women hospitalized for severe burns caused by abusive use of psoralens. The burns were of superficial and deep second-degree depth and covered more than 76% of the body surface on average. All patients needed fluid resuscitation. Hospital stay was 11 days on average. Healing was obtained without skin grafting in all cases. Among the six patients who responded to the mailed questionnaire, negative effects are now present in all patients as inflammatory peaks. Two patients have esthetic sequelae such as dyschromia and scars. The misuse of photosensitizing agents poses many problems. These accidents are very expensive. The largeness of the burned surface can involve a fatal prognosis. And finally, one can suspect that a much larger portion of the population regularly uses these products without any serious accident. In this case carcinogenesis can be expected.

We have seen increasing numbers of children who present with serious burns related to camping and outdoor cooking, prompting this 5-year review. Of 34 children (21 boys and 13 girls), with an average age of 5.2 years (4 months to 17 years) and average burn size of 15% (1% to 98%) cared for (4 as outpatients and 30 as inpatients), there was one fatality (3%). Mechanisms of injury included falling into free pits, throwing flammables into grills or pits, placing hands on hot objects in or near a fire, walking or falling into hot embers from an extinguished fire, spills from insect repellant candies, tent fires, burning of paper eating utensils, and cooking scalds. We have initiated a directed prevention program with the regional state park systems.