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What Household Products Contain Acetone?Acetone is a solvent used by manufacturers to dissolve other substances. From paints, automobiles to cosmetics and art materials there are many consumer products that contain the chemical. Find out what household products contain acetone and why an over exposure can be hazardous to your health.
Household Products Database - Health and Safety Information on Household ProductsFrom MSDS for Developer:General: Strong skin and throat irritant. May cause eye and skin burns.Eye Contact: Avoid eye contact. May cause burns to eyes. Wash with copious amounts of water. Seek medical attention if necessary.Skin Contact: Irritant. Wash contacted areas with copious amounts of water.Inhalation: Use in a well-ventilated area.Ingestion: Avoid ingestion. May cause burning to throat and stomach lining. Seek medical attention if necessary.From MSDS for Colorant:General: Color dyes containing ammonium hydroxide may be irritating to skin/eyes/throat. May be a skin sensitizer.Eye Contact: Avoid eye contact. Wash with copious amounts of water.Skin Contact: Irritant. Wash contacted area with copious amounts of water. Discontinue use .Inhalation: Avoid direct inhalation . May cause respiratory iritationIngestion: Avoid ingestion. May be toxic. Contact physician if ingestion occurs. From MSDS for Hair Glaze:General: Generally not Hazardous. May be a skin/eye irritant.Eye Contact: Irritant.? ...
Household Products Database - Health and Safety Information on Household ProductsEye contact: Thorough rinsing for 15-20 minutes of the affected eye with water is recommended. If discomfort or irritation persists, contact a physician.Skin contact: Discontinue use of product. Apply cold compresses to affected areas to relieve any discomfort. If discomfort persists, contact a physician.Inhalation: If respiratory irritation occurs, remove individual to fresh air.Ingestion: Accidental ingestion of product may necessitate medical attention. In case of accidental ingestion dilute with fluids (water or milk) and treat symptomatically. Do not induce vomiting.Note: After first aid treatment, the caller should be advised that 1) a hospital emergency room or family physician should be consulted if anything unusual occurs or appears necessary in the judgment of the caller, and 2) that the subsequent management of the accident should be dictated by any persistent symptoms and under the direction of the physician ...
Household Products Database - Health and Safety Information on Household ProductsThe following information (Health Effects, Handling/Disposal, and Ingredients) is taken from the product label and/or the (Material) Safety Data Sheet, (M)SDS, prepared by the manufacturer. The National Library of Medicine does not test products nor does it evaluate information from the product label or the (M)SDS. (What is an (M)SDS?) (Complete (M)SDS for this product ...
Household Products Database - Health and Safety Information on Household ProductsEye contact: Rinse the affected eye thoroughly with water for 15-20 minutes. If discomfort or irritation persists, seek medical attention.Skin contact: This material is not expected to irritate skin. However, if redness, itching, or a burning sensation should develop, wash material off the skin with soap and water. If discomfort or irritation persists, seek medical attention.Inhalation: ?Not applicable due to product form.Ingestion: In case of accidental ingestion, give one or two glasses of water to drink and treat symptomatically. Do not induce vomiting. Never give anything by mouth to an unconscious person. If gastrointestinal symptoms develop, seek medical attention ...
Household Products Database - Health and Safety Information on Household ProductsNotes to Physician: It is estimated that the lethal oral dose of diethylene glycol in adults is 1.0-1.2 ml/kg. Diethylene glycol may cause an elevated anion-gap metabolic acidosis and renal tubular injury. Liver injury may occur, but not as severe as kidney injury. The signs and symptoms in diethylene glycol poisoning are those of metabolic acidosis, CNS depression and kidney injury. Urinalysis may show albuminuria, hematuria and oxaluria. The current medical management of diethylene glycol poisoning includes elimination of diethylene glycol, correction of metabolic acidosis and prevention of kidney injury. It is essential to have immediate and follow-up urinalysis and clinical chemistry. There should be particular emphasis on acidbase balance, and liver and kidney function tests. For severe and/or deteriorating cases, hemodialyis may be required. Dialysis should be considered for patients who have severe metabolic acidosis, or compromise of renal function. There is no conclusive evidence that ...
Household Products Database - Health and Safety Information on Household ProductsFrom MSDS Emergency Overview Appearance Water-White liquid Odor Ketone WARNING! FLAMMABLE LIQUID AND VAPOR Causes eye irritation. Overexposure may cause central nervous system depression. May cause irritation of nose, throat and lungs if allowed to become airborne. INGESTION: No hazards known to company. INHALATION: Not expected to be harmful under normal conditions of use. However, overexposure may cause central nervous system depression. Also, if allowed to become airborne, may cause irritation of nose, throat and lungs. SKIN: May cause irritation on prolonged or repeated contact. EYES: Causes irritation. Methyl Ethyl Ketone 78-93-3: Can cause central nervous system depression. Signs and symptoms may include headache, dizziness, nausea, vomiting, unconsciousness and asphyxiation. Reports have associated repeated and prolonged occupational overexposure to solvents with permanent brain and nervous system damage. Intentional misuse by deliberately concentrating and inhaling the contents may lead ...
Household Products Database - Health and Safety Information on Household ProductsEye: Flush eyes with water for 15 minutes.Skin: Discontinue use. See physician or dentist if symptoms persist.Inhalation: Seek medical attention if irritation or other symptoms are present.Ingestion: If a small amount (1 to 3 ounces) has been ingested, administer milk or water to dilute stomach contents. If a large amount has been ingested, administer milk or water and contact a medical professional for further advice.Additional First Aid Measures: Oral irritation - Discontinue use. See physician if symptoms persist ...
Experimentation of cosmetics and household productsEvery year thousands of cosmetic and household products come on the market. The suffering and death of animals used to test these products is constant.
Household Products Database - Health and Safety Information on Household ProductsAlkylphenoxy polyethoxyethanol; Poly(oxy-1,2-ethanedyl), alpha-(4-nonylphenyl)-omega-hydroxy-; Nonoxynol; Nonoxynol-# (where # = 2,4,7,9,10,14,15,18,30, or 50); Polyethylene glycol (#) nonyl phenyl ether (where # = 7,14,18,50, or 100); Polyoxyethylene (#) nonyl phenyl ether (where # = 2,7,14,18, or 50); Glycols, polyethylene, mono(p-nonylphenyl) ...
Household Product News » TopixNews for Household Products continually updated from thousands of sources on the web : Reckitt Benckiser chairman to retire in 2018
Household Products Database - Health and Safety Information on Household ProductsCarbonic acid disodium salt; Disodium carbonate; Soda ash; Sodium carbonate; Carbonic acid, disodium salt; Sodium carbonate (2:1 ...
Early day motion 631 - TESTING OF HOUSEHOLD PRODUCTS ON ANIMALS - UK ParliamentThat this House notes that the Coalition Agreement contained a pledge to end the testing of household products on animals; further notes that a response to a...
Pediatric Exposure to Laundry Detergent Pods | Articles | PediatricsDespite existing prevention efforts, the category of household cleaning products is still the third leading substance category associated with poison exposures among children younger than 6 years in the United States.14 The current study focuses on laundry detergent pods because they were recently introduced into the US consumer market. Although innovative products, such as this one, can make everyday chores quicker and easier, unintended consequences sometimes occur. From 2012 through 2013, US PCCs received ,17 000 calls reporting laundry detergent pod exposures among children younger than 6 years. From March 2012 to April 2013, the monthly number of laundry detergent pod exposures increased by more than 600%. This rapid increase in the number of exposures, in part, reflects the increasing presence of laundry detergent pods in the home environment associated with the increasing popularity and use of these products. In addition, the generic ...
Sex Genes Of Fish Disrupted By Common Household Products - Biology OnlineCompounds in many detergents, plastics, pesticides, some medicines, and even thalates ('new car smell') disrupted the sexual development of juvenile zebra fish in experiments...
Philips Imageo Rechargeable LED Candle Lamps Household Product product reviews and price comparisonPhilips Imageo Rechargeable LED Candle Lamps: Over 14 independent user reviews summarized in the dooyoo conclusion ✓ Compare 2 shopping deals starting at 3.00£ (18.09.2017)!
Household Products DirectoryEmail: firstname.lastname@example.org. Master Distributors servicing the greater Horowhenua area. Healthcare, Homecare, Personal Care, Nutrition, Aromatherapy, Gourmet Essences, Pet/Plant care. Products that we grew up with. Trusted and recommende since 1889 ...
Many household products contain antimicrobial chemicals banned from soaps by the FDAProducts not under the FDA's jurisdiction don't have to list whether they contain any of the antimicrobial chemicals banned in soap by the agency.
3M Post-it Note Pads Household Product product reviews and price comparison3M Post-it Note Pads: Over 23 independent user reviews summarized in the dooyoo conclusion ✓ Compare 10 shopping deals starting at 225.00£ (15.08.2017)!
Household chemical may be tied to heart disease | Health24Exposure to a chemical used in some common household products may be associated with heart troubles and peripheral artery disease, a new study suggests.
Hazardous Waste - City of CasperModern household chemicals make life easier. These household products placed in the trash might leach out and contaminate surface and ground water supplies. There is a strict ban on placing these items in your dumpster or in the landfill. Chemicals are never to be poured down the drain or into storm sewers. These toxic chemicals are water pollutants ...
CPSC | AltTox.orgFive Commissioners, appointed by the President, oversee the CPSC with one designated as the Chairperson. The Chairperson oversees six offices, with the Office of Executive Director being further divided into four offices involved in operations support and four offices involved in safety operations. The main CPSC office is located in Bethesda, Maryland, and the CPSC National Product Testing and Evaluation Center is located in Rockville, Maryland.. The CPSC website provides good access to their reports and activities and explains specific activities related to product safety, injury prevention, and hazard identification. About 15,000 types of consumer products are regulated by the CPSC, including items such as children's toys and furniture, mattresses, household appliances, and some chemical components of common household products. The CPSC addresses its mandate to protect the public from hazardous consumer products by ...
Cancer Alert! Formaldehyde Added To List Of Carcinogens! | FitPerez.comThe U.S. government is warning consumers against two ingredients found in several common household products that may cause cancer. Scientists have officially...
The public is being mass poisoned by antiseptic chemicals in shampoos, lotions, eye drops and mouthwashFond of using commercial-grade cleaning products at home? Be cautious! Antiseptic chemicals found in common household products weaken mitochondria and hinder ...
Could your soap really cause erectile dysfunction? | Health24You may not think that common household products can cause erectile dysfunction but there is evidence to suggest that certain chemicals may do just that.
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(1/106) Household poisoning exposure among children of Mexican-born mothers: an ethnographic study.
OBJECTIVE: To explore reasons for high rates of unintentional poisoning among Latino children under 5 years old. DESIGN: Ethnographic interviews were carried out using a sample of mothers identified via door-to-door canvassing in an area with documented high injury rates among Latino children. Interviews included many open-ended and follow-up questions to elicit a detailed family history and emphasized observation of conditions and behaviors in the homes. SETTING: Low-income neighborhoods of Southern California. SUBJECTS: Fifty mothers born in Mexico with children under 5 years old. RESULTS: Children were exposed to potential poisoning agents in more than 80% of homes. Contributory factors related to culture included favorable attitudes toward iron as a healthful substance; extensive use of products that lack child-resistant packaging, such as rubbing alcohol and medicines from Mexico; high prevalence of shared housing; limited familiarity with toxic household chemicals not widely used in Mexico; and inability to read warning labels in English. CONCLUSION: Current Poison Control Center outreach efforts should be expanded. Clinicians are uniquely positioned to advise parents about the safe use and storage of toxic substances, including widely used products lacking child-resistant packaging. Medicines should be labeled in Spanish for those who do not know English. (+info)
(2/106) Poison exposure in children before Passover.
BACKGROUND: Extensive cleaning of homes in Israel before Passover may result in increased exposure of children to cleaning substances. OBJECTIVES: To evaluate the potential danger of Passover cleaning to children, and to study the risk factors in order to identify areas for prevention. METHODS: All cases of poison exposure in Jewish and Arab children under the age of 15 years reported to the Israel Poison Information Center during 1990-95 (n = 5,583) were analyzed for the 6 weeks before and 6 weeks after Passover. Poison exposures in Jewish children < 15 years old were studied in seven pediatric emergency rooms for the 2 weeks before and 6 weeks after Passover (n = 123). RESULTS: The IPIC data showed a highly significant 38% increase in the average weekly poison exposure rate for the 2 weeks before Passover compared with the remaining 10 weeks. Data recorded by the pediatric emergency rooms showed a twofold increase in cleaning substance poisoning during the 2 weeks before Passover compared with the following 6 weeks. The rise in exposures to cleaning substances was observed among children from secular, religious and ultra-orthodox families. In these exposures, the substance was found in open containers in 70% of cases. CONCLUSIONS: The extensive cleaning of homes among Jewish families in preparation for Passover poses the danger to young children of cleaning substance poisoning. Increasing public awareness, closer observation of children, and keeping these substances in closed containers should increase children's safety during this annual cleaning. (+info)
(3/106) Acute poisoning in children.
BACKGROUND: Childhood poisoning continues to challenge the diagnostic and treatment skills of the pediatrician. Generally, childhood poisoning can be attributed to suboptimal parental supervision and accessibility of products with poisoning potential. OBJECTIVE: To evaluate the pattern of acute poisoning in children with relation to different age groupings. METHODS: Pediatric patients hospitalized for acute poisoning at the Soroka Medical Center over a 5 year period (1994-98) were evaluated retrospectively. Special attention was given to poisoning in relation to age groupings. RESULTS: During the years 1994-98 a total of 1,143 children were admitted for acute poisoning to the Soroka Medical Center. The majority of cases occurred in children aged 2-5 and 14-18 years. Males under 14 had a higher frequency of poisoning, the poisoning usually being unintentional, whereas poisoning in females occurred mostly in the 14-18 age group and was intentional. Drugs were the most common agent of poisoning in infants (0-1 year), in older children (10-13 years), and in adolescents (14-18 years), while in children aged 2-5 and 6-9 years either cleaning products or drugs were the usual agents of poisoning. Most poisonings in children aged 2-13 occurred between 4 and 8 p.m., and for most adolescent patients (14-18 years old) between 4 p.m. and midnight. Poisoning in children aged 2-13 were usually due to accessible home products, and to medicinal errors such as overdose and improper drug administration. CONCLUSIONS: This study defines the characteristic pattern of pediatric poisoning with respect to different age groups and gender. Unintentional childhood poisoning predominated in males and occurred mostly because of accessible home products and suboptimal parental supervision during critical hours of the day. Most adolescent poisoning occurred in females and was intentional. Parental education and intensified child supervision are indicated measures of prevention for unintentional poisoning. (+info)
(4/106) A fatality due to accidental PineSol ingestion.
The case history and toxicological findings of a fatal PineSol intoxication are presented. An 89-year-old white female with Alzheimer's disease accidentally drank PineSol and was subsequently brought to the hospital where she was pronounced dead on arrival. Significant autopsy findings included acute erosive gastritis. There appeared to be no aspiration of PineSol into the lungs. Isopropanol along with 1-alpha-terpineol are the two major toxic ingredients of PineSol. The toxicological screening and quantitiation of 1-alpha-terpineol in postmortem fluids was performed by gas chromatography-mass spectrometry using a simple one-step extraction. Postmortem blood, urine, and gastric levels of 1-alpha-terpineol were 11.2 mg/L, 5.76 mg/L, and 15.3 g/L, respectively. Postmortem blood, vitreous humor, urine, and gastric acetone concentrations were 25, 31, 33, and 28 mg/dL. Postmortem concentrations of isopropanol were less than 10 mg/dL in the blood, vitreous humor, urine, and gastric contents. The cause of death was ruled acute 1-alpha-terpineol intoxication due to accidental ingestion of PineSol, presumably caused by confusion related to Alzheimer's disease. (+info)
(5/106) Methods to study everyday use of products in households: The Wageningen Mouthing Study as an example.
Several methods exist to study human behaviour in everyday life: e.g. an oral or written interview, measurement of physical variables and observation. All of them have their advantages and disadvantages, which are described in this paper. When a clear picture of actual human behaviour and information about an entire activity are required, for example to assess risks of exposure to chemical substances, it is best to use a combination of available methods. In this way the advantages of all methods can be combined. This was done in the Wageningen mouthing study of which some results are presented. (+info)
(6/106) Household solvent exposures and childhood acute lymphoblastic leukemia.
OBJECTIVES: This study explored the risk of childhood acute lymphoblastic leukemia (ALL) associated with participation by household members in hobbies or other home projects involving organic solvents. METHODS: Participants in this case-control study were 640 subjects with ALL and 640 matched controls. RESULTS: Childhood ALL was associated with frequent (> 4 times/month) exposure to model building (odds ratio [OR] = 1.9; 95% confidence interval [95% CI] = 0.7, 5.8) and artwork using solvents (OR = 4.1; 95% CI = 1.1, 15.1). We also found elevated risk (OR = 1.7; 95% CI = 1.1, 2.7) among children whose mothers lived in homes painted extensively (> 4 rooms) in the year before the children's birth. CONCLUSIONS: In this exploratory study, substantial participation by household members in some common household activities that involve organic solvents was associated with elevated risks of childhood ALL. (+info)
(7/106) Lead poisoning from homemade wine: a case study.
A 66-year-old man suffered the symptoms of severe lead poisoning for 2 years before diagnosis. The man had a blood lead level (PbB) on admission to hospital of 98 microg/dL. A detailed investigation revealed that the poisoning occurred as a result of drinking a homemade red wine, for which analyses showed a lead concentration up to 14 mg/L--70 times the Australian maximum limit for lead in wine. The source of the lead was a highly corroded enamel bathtub in which grape crushings and juice were stored for a week prior to bottling. The corrosion of the enamel surface of the bathtub had resulted in pitted patches up to 1 mm in depth along the side of the bathtub. Powdering of the tub surface was evident below a level where wine had been in contact with the sides of the tub. The homemade wine had a pH of 3.8, which would have greatly contributed to the solubilization of metals from the glaze. We conducted a test in which commercial red wine of similar pH and containing < 0.2 mg/L lead was placed in this tub for 7 days. Subsequent testing revealed a lead level of 310 mg/L. This high lead concentration is consistent with the surface area of enamel on the bathtub being in contact with a small liquid volume as in the case of the leaching test using commercial red wine. This case study highlights the importance of the use of food-grade materials for the preparation and storage of homemade beverages or food. (+info)
(8/106) Cloning of a phenol oxidase gene from Acremonium murorum and its expression in Aspergillus awamori.
Fungal multicopper oxidases have many potential industrial applications, since they perform reactions under mild conditions. We isolated a phenol oxidase from the fungus Acremonium murorum var. murorum that was capable of decolorizing plant chromophores (such as anthocyanins). This enzyme is of interest in laundry-cleaning products because of its broad specificity for chromophores. We expressed an A. murorum cDNA library in Saccharomyces cerevisiae and subsequently identified enzyme-producing yeast colonies based on their ability to decolor a plant chromophore. The cDNA sequence contained an open reading frame of 1,806 bp encoding an enzyme of 602 amino acids. The phenol oxidase was overproduced by Aspergillus awamori as a fusion protein with glucoamylase, cleaved in vivo, and purified from the culture broth by hydrophobic-interaction chromatography. The phenol oxidase is active at alkaline pH (the optimum for syringaldazine is pH 9) and high temperature (optimum, 60 degrees C) and is fully stable for at least 1 h at 60 degrees C under alkaline conditions. These characteristics and the high production level of 0.6 g of phenol oxidase per liter in shake flasks, which is equimolar with the glucoamylase protein levels, make this enzyme suitable for use in processes that occur under alkaline conditions, such as laundry cleaning. (+info)