About: Dichlorophen is a research topic. Over the lifetime, 56 publications have been published within this topic receiving 498 citations. The topic is also known as: Dichlorophene & C13H10Cl2O2.
TL;DR: The main goal of this work is to evaluate environmental-friendly mediators for the pesticide transformation, and the potential of laccase-mediator system to efficiently reduce the environmental impact of organic halogenated pesticides is discussed.
TL;DR: Introduction Gastric decontamination Laboratory sampling and analysis and sending samples by post Benzalkonium chloride, Dichlorophen, Ivermectin, Paracetamol, and Piperazine.
Abstract: Introduction Gastric decontamination Laboratory sampling and analysis and sending samples by post Benzalkonium chloride (Cats) Dichlorophen (Cats) Ethylene Glycol (Cats) Ivermectin (Cats) Paracetamol (Cats) Piperazine (Cats) Pyrethrins and pyrethroids (Cats) Benzodiazepines (Cats and Dogs) Petroleum distillates / White spirit / Kerosene (Cats and Dogs) Poinsettia / Euphorbia pulcherrima (Cats and Dogs) Silica gel (Cats and Dogs) Thermometers (Cats and Dogs) Allopurinol (Dogs) Alphachloralose (Dogs) Anticoagulant rodenticides (Dogs) Baclofen (Dogs) Batteries (Dogs) Blue--green algae / Cyanobacteria (Dogs) Borax (Dogs) Calciferol / Vitamin D2 and Cholecalciferol / Vitamin D3 (Dogs) Cannabis / Marihuana / Hashish (Dogs) Carbamate insecticides (Dogs) Chocolate / Theobromine (Dogs) Corticosteroids (Dogs) Cotoneaster species (Dogs) Cyanoacrylate adhesives (Dogs) Daffodil (Dogs) Diclofenac sodium (Dogs) Dieffenbachia (Dogs) Ethylene glycol (Dogs) Fertilisers (Dogs) Glyphosate (Dogs) Holly / Ilex aquifolium (Dogs) Honeysuckle / Lonicera species (Dogs) Horse chestnut / Aesculus hippocastanum (Dogs) Hymenoptera (Dogs) Ibuprofen (Dogs) Indomethacin (Dogs) Iron and iron salts (Dogs) Ivermectin (Dogs) Laburnum species (Dogs) Loperamide (Dogs) Metaldehyde (Dogs) Methiocarb (Dogs) Mistletoe / Viscum album (Dogs) Naproxen (Dogs) Organophosphate insecticdes (Dogs) Paracetamol (Dogs) Paraquat (Dogs) Phenolphthalein (Dogs) Phenoxy acid herbicides (Dogs) Plastic explosive compounds (Dogs) Pyracantha (Dogs) Pyrethrins and pyrethroids (Dogs) Rhododendron and related plant species (Dogs) Rowan / Sorbus aucuparia (Dogs) Salbutamol (Dogs) Salt / sodium chloride (Dogs) Selective serotonin re--uptake inhibitor antidepressants (Dogs) Sex hormones (Dogs) Terfenadine (Dogs) Tricyclic antidepressants (Dogs) Vipera berus berus / European adder (Dogs) Yew / Taxus baccata and related plant species (Dogs).
TL;DR: It is shown that a hybrid nanomaterial (laccase-MSU-F) readily oxidizes the pesticide dichlorophen, reducing its acute genotoxicity and apoptotic effects, and predicts chronic alterations related to endocrine disruption.
TL;DR: The compound was quantified using gas chromatography/mass spectrometry after extraction with methyl-tert-butyl ether, derivatization by methylation and separation on a HP5-MS capillary column and the blood concentration was 9.77 mg/l and other drugs, including ethanol, were not detected.
Abstract: A case is presented involving an acute fatality resulting from self-administered dichlorophen, a chlorophenol fungicide. The compound was quantified using gas chromatography/mass spectrometry after extraction with methyl-tert-butyl ether, derivatization by methylation and separation on a HP5-MS capillary column. The blood concentration was 9.77 mg/l and other drugs, including ethanol, were not detected.
TL;DR: It is shown with the aid of computer simulations that in natural waters the relevance of the different photodegradation routes dichlorophen is very much affected by attachment to sediments.