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United States Environmental Protection Agency
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Items Found: 27
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Your Search: (SUBJECT=Fenthion)
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Alterations in the Energy Metabolism of an Estuarine Mysid 'Mysidopsis bahia' as Indicators of Stress from Chronic Pesticide Exposure.
Bioassay of fenthion for possible carcinogenicity.
Comparison of Laboratory Toxicity Test Results with Responses of Estuarine Animals Exposed to Fenthion in the Field.
Determination of Fenthion Residues in Samples of Marine Biota and Seawater from Laboratory Exposures and Field Applications.
Effect of Short-Term Exposure to Three Chemicals on the Blood Chemistry of the Pinfish 'Lagodon rhomboides'.
Effects of Aerial Thermal Fog Applications of Fenthion on Caged Pink Shrimp, Mysids and Sheepshead Minnows.
Effects of Ground ULV (Ultra-Low Volume) Applications of Fenthion on Estuarine Biota. 1. Study Design and Implementation.
Effects of Ground ULV (Ultra-Low Volume) Applications of Fenthion on Estuarine Biota. 2. Analytical Methods and Results.
Effects of Ground ULV (Ultra-Low Volume) Applications of Fenthion on Estuarine Biota. 3. Response of Caged Pink Shrimp and Grass Shrimp.
Effects of Ground ULV (Ultra-Low Volume) Applications of Fenthion on Estuarine Biota. 4. Lethal and Sublethal Responses of an Estuarine Mysid.
Effects of Ground ULV (Ultra-Low Volume) Applications of Fenthion on Estuarine Biota. 5. Responses of Field and Laboratory Estuarine Benthic Communities.
Effects of Organophosphates on the Visual System of Rats.
Exposure of Mosquito Control Workers to Fenthion.
Fate of Fenthion in Salt-Marsh Environments: 1. Factors Affecting Biotic and Abiotic Degradation Rates in Water and Sediment.
Fate of Fenthion in Salt-Marsh Environments: 2. Transport and Biodegradation in Microcosms.
Fenthion Produces a Persistent Decrease in Muscarinic Receptor Function in the Adult Rat Retina.
Field and Laboratory Toxicity Tests with Shrimp, Mysids, and Sheepshead Minnows Exposed to Fenthion.
Field Confirmation of a Laboratory-Derived Hazard Assessment of the Acute Toxicity of Fenthion to Pink Shrimp, 'Penaeus duorarum'.
Influence of the Organophosphate Insecticide Fenthion on 'Mysidopsis bahia' Exposed during a Complete Life Cycle: 1. Survival, Reproduction, and Age-Specific Growth.
Interim reregistration eligibility decision for fenthion / U.S. Environmental Protection Agency, Office of Prevention, Pesticides and Toxic Substances.
Metabolism of Fenthion by Aquatic Microbial Communities.
Mosquito Control Pesticides: Adverse Impacts to Freshwater Aquatic and Marine Organisms.
Neurotoxicity of Subchronic Acetylcholinesterase (AChE) Inhibition in Rat Hippocampus.
Neurotoxicity of Subchronic Acetylcholinesterase (AChE): Inhibition in Rat Hippocampus.
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