Difference between revisions of "Clotrimazole"
(New page: === === {{Definition|title= clotrimazole |definition= Clotrimazole is a pharmaceutical. Its main use is for treatment of dermatological and gynaecological fungal infections.<ref name =...) |
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| + | Approximately 10 tonnes are produced in the EU each year, and almost the same quantity is imported. The main potential source of clotrimazole to the environment is discharges from municipal waste water treatment plants as a result of | ||
| + | waste water from households. | ||
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| + | Clotrimazole has a low water solubility, the maximum concentration which in water is only 0,49 mg/l. It is considered a persistent substance which shows little or no biodegradability. It has only a low to moderate tendency to [[bioaccumulation|bioacumulate]]. It is a toxic substance for aquatic organisms. Concentrations of only 0,02 mg/l have lethal effects on crustaceans. Fish can tolerate concentrations up to 0,29 mg/l. However prolonged exposure to concentrations of 0,025 mg/l might already cause effects on the fish. | ||
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| + | At present there is no need for OSPAR to propose measures for the reduction of discharges of clotrimazole. | ||
Revision as of 15:31, 6 August 2009
Definition of clotrimazole:
Clotrimazole is a pharmaceutical. Its main use is for treatment of dermatological and gynaecological fungal infections.[1]
This is the common definition for clotrimazole, other definitions can be discussed in the article
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Notes
Approximately 10 tonnes are produced in the EU each year, and almost the same quantity is imported. The main potential source of clotrimazole to the environment is discharges from municipal waste water treatment plants as a result of waste water from households.
Clotrimazole has a low water solubility, the maximum concentration which in water is only 0,49 mg/l. It is considered a persistent substance which shows little or no biodegradability. It has only a low to moderate tendency to bioacumulate. It is a toxic substance for aquatic organisms. Concentrations of only 0,02 mg/l have lethal effects on crustaceans. Fish can tolerate concentrations up to 0,29 mg/l. However prolonged exposure to concentrations of 0,025 mg/l might already cause effects on the fish.
At present there is no need for OSPAR to propose measures for the reduction of discharges of clotrimazole.
