ABSTRACT
INTRODUCCIÓN: Los productos de aseo y cosméticos son necesarios en el diario vivir y ampliamente utilizados por la población. Sin embargo, su uso puede no estar exento de riesgos, especialmente cuando no se utilizan o almacenan según lo recomendado. Es importante caracterizar las exposiciones, ya que eso es útil para implementar estrategias para reducir la morbilidad, mortalidad y costos asociados, especialmente en la población infantil. OBJETIVO: Caracterizar los reportes asociados a exposiciones a productos de aseo y productos cosméticos en pacientes menores de 12 años reportados al Centro de Información Toxicológica de la Universidad Católica de Chile (CITUC). PACIENTES Y MÉTODO: Estudio descriptivo transversal de llamados telefónicos reportados a CITUC durante el año 2016. Se analizaron las variables: edad, sexo, agente, interlocutor, localización del interlocutor e inciden te, circunstancia de exposición, vía(s) de exposición, sintomatología, y severidad, mediante fichas de registro manual y desde el software de registro electrónico denominado "INTOX Data Manage ment System" de la OMS. RESULTADOS: Cumplieron criterios de inclusión 3.415 casos. Los menores de 5 años representaron el 91% de las exposiciones y el 58,5% correspondió al sexo masculino. Un 99,4% correspondió a exposiciones accidentales y el 98,6% ocurrieron en el hogar. El 68,3% no presentó síntomas, tras la exposición. Las llamadas fueron realizadas por familiares (57%) y personal de salud (42%). Los 4 agentes con mayor incidencia fueron cloro doméstico (27,6%), limpiadores y lustres de pisos (13,1%), lavalozas (7,9%) y perfumes/colonias (5,8%). La principal vía de exposición fue digestiva (89,4%). CONCLUSIONES: Los productos de aseo y cosméticos son causas comunes de exposiciones especialmente en menores de 5 años. Si bien son productos de baja mortalidad y morbilidad, es importante educar a la población para prevenir posibles intoxicaciones en la población infantil.
INTRODUCTION: Household cleaning products and cosmetics are necessary for daily life and widely used by the population. However, their use may not be risk-free, especially when they are not used or stored as recommended. It is important to characterize exposures, as this is useful for developing stra tegies to reduce morbidity, mortality, and health costs associated, especially in the child population. OBJECTIVE: To describe reports associated with household cleaning products and cosmetics exposure in patients under the age of 12, reported to the Poison Information Center of the Catholic University of Chile (CITUC). PATIENTS AND METHOD: Descriptive cross-sectional study of phone calls to CITUC during 2016. The analyzed variables were age, sex, product, caller, caller and incident location, ex posure circumstances, exposure route(s), symptoms, and severity from manual records and from the WHO's electronic record software 'INTOX Data Management System'. RESULTS: 3,415 cases met the inclusion criteria. Children under the age of five represented 91% of the exposures, and 58.5% were male. 99.4% were accidental exposures, and 98.6% occurred at home. Family members (57%) and health personnel (42%) made the calls. 68.3% of the patients had no symptoms after exposure. The four products with the highest incidence were household bleach (27.6%), floor cleaners and polishers (13.1%), dish soap (7.9%), and perfume/cologne (5.8%). The main exposure route was by ingestion (89.4%). CONCLUSIONS: Household cleaning products and cosmetics are common causes of exposures especially in children under the age of five. Although these products have a low morbidity and mortality rate, it is important to educate the population to prevent possible poisonings in the child population.
Subject(s)
Humans , Male , Female , Infant, Newborn , Infant , Child, Preschool , Child , Poison Control Centers/statistics & numerical data , Cosmetics/poisoning , Household Products/poisoning , Incidence , Cross-Sectional StudiesABSTRACT
There is limited literature on the frequency and distribution of pesticide exposures, specifically with respect to demographic and environmental factors in the United States. The purpose of this exploratory study was to investigate geographic trends and factors associated with unintentional pesticide exposures in children and adolescents in Texas. The study used an ecological design with secondary data. A spatial scan statistic, based on a Poisson regression model, was employed to identify spatial clusters of unintentional pesticide-related poison center exposures. Next, logistic regression models were constructed to identify potential demographic and environmental factors associated with unintentional pesticide-related poison center exposures. There were 59,477 unintentional pesticide-related poison center exposures from 2000 to 2013. The spatial scan statistic found a change in the number of counties in the identified clusters (e.g. , aggregation of counties with higher than expected exposures) for two time periods (2000-2006; 2007-2013). Based on the logistic regression models, factors associated with unintentional pesticide-related poison center exposures were percent black or African American population, year structure built, and percent moved in the past 12 months. In conclusion, this study found certain demographic and environmental factors may be associated with unintentional pesticide-related poison center exposures. Through understanding trends and associated factors, public health professionals can design interventions for populations at higher risk of pesticide exposures. This study also supports the use of spatial methods being utilized to expand upon current analysis of poison center data. Future research should confirm and build upon these findings.
Subject(s)
Adolescent , Child , Humans , Logistic Models , Pesticides , Poisoning , Public Health , Texas , United StatesABSTRACT
There is limited literature on the frequency and distribution of pesticide exposures, specifically with respect to demographic and environmental factors in the United States. The purpose of this exploratory study was to investigate geographic trends and factors associated with unintentional pesticide exposures in children and adolescents in Texas. The study used an ecological design with secondary data. A spatial scan statistic, based on a Poisson regression model, was employed to identify spatial clusters of unintentional pesticide-related poison center exposures. Next, logistic regression models were constructed to identify potential demographic and environmental factors associated with unintentional pesticide-related poison center exposures. There were 59,477 unintentional pesticide-related poison center exposures from 2000 to 2013. The spatial scan statistic found a change in the number of counties in the identified clusters (e.g. , aggregation of counties with higher than expected exposures) for two time periods (2000-2006; 2007-2013). Based on the logistic regression models, factors associated with unintentional pesticide-related poison center exposures were percent black or African American population, year structure built, and percent moved in the past 12 months. In conclusion, this study found certain demographic and environmental factors may be associated with unintentional pesticide-related poison center exposures. Through understanding trends and associated factors, public health professionals can design interventions for populations at higher risk of pesticide exposures. This study also supports the use of spatial methods being utilized to expand upon current analysis of poison center data. Future research should confirm and build upon these findings.
Subject(s)
Adolescent , Child , Humans , Logistic Models , Pesticides , Poisoning , Public Health , Texas , United StatesABSTRACT
This study is to prepare promotional strategies of establishment of the Korea Poison Center based on the chemicals and chemical products and the database (DB) construction status of Chemical Accident Emergency Respond Information System (CEIS) and the DB needs survey of the lay person. The methods of CEIS DB construction and hazard classification are; first, the researchers required material safety data sheet from the manufacturer/distributor and verified its composition/information on ingredients. Second, the researchers conducted the hazard classification of the chemical products by the mixtures classification according to the United Nations Globally Harmonized System of Classification and Labelling of Chemicals (GHS, 3rd edition) guidelines based on the verified composition/information on ingredients. The emergency measures information was established by the Emergency Department healthcare professionals. Health hazards are classified by using 13 reference databases, which include European Chemical Substances Information System (IUCLID) and IARC, and 4 reference books like Emergency Management Guides(ERG). As the result of analyzing the DB construction status of chemical products, it showed in the order of, 180 for vehicle products (15.0%), 162 for printing products (14.0%), 129 for paint (11.0%) and 120 for adhesives (10.0%). Currently in 2013, emergency respond information was established for a total of 2,400 chemicals (includes 1200 chemical products). As the result for conducting a needs survey for the establishment of emergency respond information targeting on the general public and professionals, it showed the highest level of demand for the establishment of emergency respond information on 'household products (2.87 points)' for both lay person and experts. As the result of analyzing the Q&A of the lay person until March 2013, through CEIS, it showed the highest inquiry on disinfectant and germicide products with 11 issues (27.5%). World Health Organization recommends to provide emergency consultation and information on poisoning accidents and operate a 24 hour national poison center able to perform the research functions for every nation. However, there is no such national poison center in Korea, and it can be said fundamental reform of the national poison management system and establishment of national poison center is urgent, considering the fact social demand and citizens from recent consecutive chemical poisoning accidents are increasing.
Subject(s)
Humans , Adhesives , Chemical Hazard Release , Delivery of Health Care , Emergencies , Hazardous Substances , Household Products , Information Systems , Korea , Paint , Reference Books , United Nations , World Health OrganizationABSTRACT
Poisoning exposures are a widespread public health problem for children and represents one of the most common medical emergencies encountered in young children, and accounts for a significant proportion of emergency room visits for the adolescent population. The aim of this work is to collect data for management of the most common pediatric poisoning in Egypt as a guideline for physicians and toxicologists. Most common childhood ingestions involve nontoxic substances or nontoxic doses of potentially toxic drugs or products, although a few ingestions can be very dangerous and require treatment. There are three things that typically put children at risk for toxic ingestion: improper storage of substances in the home, children spending more time in other people's homes, and caregiver distraction. The majority of exposures is accidental and occurs in children under the six years of age. The pediatric population is a very dynamic group because the physiologic processes that determine drug disposition undergo rapid changes as children grow, these pharmacokinetic properties, change as children mature with the most dramatic changes occurring in the first year of life. Most common pediatric poisoning in Egypt include insecticides, corrosives, hydrocarbons, food poisoning, analgesics, antihistamines, carbamazepines, phenol and oral contraceptive pills. Assessment of an acutely poisoned child involves the taking of an appropriate history, assessment of the level of consciousness, ventilation and circulation, a physical examination, and requesting appropriate toxicological and non-toxicological investigations. When a child presents with suspected poisoning, begin with an assessment of the airway, breathing and circulation. Activated charcoal is a universal antidote for the majority of poisons. Antidotes are playing an increasing role in therapy for pediatric poisonings. Poison prevention should continue as an integral part of anticipatory guidance activities of infant and child health care providers.