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Recently, new pollution problems due to the presence of pharmaceuticals in the water environment have been reported, and research aimed at understanding the status of this pollution and assessing and dealing with the associated environmental risks is receiving worldwide attention. Because their concentrations in the water environment are quite low (roughly in the range from ng/L to μg/L), a method of highly sensitive and highly selective multicomponent simultaneous analysis is indispensable fordoi:10.4172/2380-2391.1000125 fatcat:liv4hpow3zemhk5v3dzamikopm