- William J Lewander, MD
William J Lewander, MD
- Professor of Emergency Medicine and Pediatrics
- Brown University
- Alfred Aleguas, Jr, BS Pharm, PharmD, DABAT, FAACT
Alfred Aleguas, Jr, BS Pharm, PharmD, DABAT, FAACT
- Assistant Professor of Pharmacotherapeutics and Clinical Research
- University of South Florida
- Assistant Clinical Professor of Pharmacy
- University of Florida
- Section Editor
- Michele M Burns, MD, MPH
Michele M Burns, MD, MPH
- Section Editor — Pediatric Toxicology
- Assistant Professor of Pediatrics and Emergency Medicine
- Harvard Medical School
- Deputy Editor
- James F Wiley, II, MD, MPH
James F Wiley, II, MD, MPH
- Senior Deputy Editor — UpToDate
- Deputy Editor — Adult and Pediatric Emergency Medicine
- Deputy Editor — Primary Care Sports Medicine (Adolescents and Adults)
- Clinical Professor of Pediatrics and Emergency Medicine/Traumatology
- University of Connecticut School of Medicine
This topic will discuss hydrocarbon poisoning. Inhalant abuse in children and adolescents is discussed separately. (See "Inhalant abuse in children and adolescents".)
Hydrocarbon ingestion accounts for one to two percent of non-pharmaceutical exposures in children younger than six years of age reported to United States poison control centers . Although rare, hydrocarbon aspiration may cause death secondary to respiratory failure. Hydrocarbons were implicated in almost 5 percent of all single substance fatalities in this pediatric population . Gasoline, chlorofluorocarbon propellants, motor oils, lighter fluid/naphtha, lamp oil, and mineral spirits, are the most commonly ingested substances . In young children, the ingestion typically occurs as a result of exploratory behavior. Frequently, the hydrocarbon is unsecured or improperly stored in a drinking container (eg, soda bottle). Moderate or major toxic effects are associated most commonly with ingestions of lamp oil, kerosene, lighter fluid, and/or naphtha [2,3]. Toxicity in adolescents often arises from inhalant abuse of hydrocarbons. (See "Inhalant abuse in children and adolescents".)
Product safety — Since 2001, the United States consumer product safety commission has required child-resistant packaging for products that have low viscosity and contain ≥10 percent hydrocarbon by weight (table 1) . In 1997, the European Union attempted to minimize lamp oil aspiration by setting standards for viscosity and surface tension, the main determinants of aspiration risk. A follow-up study in 2005 showed no effect on number or severity of hydrocarbon aspiration in the years since the directive .
CLASSES OF HYDROCARBONS
The four structural classes of hydrocarbons are:
●Aromatic hydrocarbonsTo continue reading this article, you must log in with your personal, hospital, or group practice subscription. For more information on subscription options, click below on the option that best describes you:
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- Product safety
- CLASSES OF HYDROCARBONS
- HYDROCARBON TOXICITY
- Determinants of pulmonary aspiration
- Acute systemic toxicity
- CLINICAL MANIFESTATIONS
- Initial presentation and diagnosis
- Physical findings after hydrocarbon exposure
- - Vital signs
- - Respiratory
- - Central nervous system
- - Cardiovascular
- - Gastrointestinal
- - Hematologic
- Ancillary studies
- - Radiographic findings
- DIFFERENTIAL DIAGNOSIS
- External decontamination
- Gastrointestinal decontamination
- - Systemic toxicity likely
- Pulmonary management
- ADDITIONAL RESOURCES
- SOCIETY GUIDELINE LINKS
- SUMMARY AND RECOMMENDATIONS