Ibuprofen: Clinical Pharmacology, Medical Uses and Adverse by Wilton C. Carter, Brant R. Brown

By Wilton C. Carter, Brant R. Brown

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Considering ibuprofen biodegradation results available in the literature, in aerobic conditions, S enantiomer has a faster degradation profile [227, 242], while in anaerobic conditions both enantiomers are equally removed [242]. Matamoros et al. [242] and Hijosa-Valsero et al. [227] observed that the relative amount of S and R enantiomers decreases after wetland treatment, which is assumed to be an indication that in wetlands, ibuprofen follows a microbiological degradation pathway. As it was thoroughly discussed in the previous paragraphs, the performance of low-cost wetland systems is the results of complex physicochemical and microbial interactions, depending on the plant species chosen, but also on solid matrix materials, which must have high sorption capacity.

D. d. d. – 7 Ref. d. d. S. (West Texas) 2008 – 2009 Lower Jordan river valley 2007 – 2008 [167] 18 Ana P. Carvalho, Ana S. Mestre, Marta Andrade et al. Table 3. S. S. S. Ref. 7 [165] [92] [46] [48] [47] [49] [156] [156] Values indicated alone are mean values (maximum values). LOQ: limit of quantification. LOD: limit of detection. : not detected. AC: activated carbon GAC: granular activated carbon. *(mg day -11000 inh-1). **(g d-11000 inh-1). A preliminary analysis of ibuprofen removal efficiencies achieved by different water treatments can be obtained from the data gathered in Table 3.

G. gravel), is an interesting way to add value and to reuse local wastes [243-245]. In the study published by Dordio et al. in 2010, the authors proved the ability of light expanded clay aggregates with Typha spp to remove several pharmaceuticals, including ibuprofen, from wastewaters [199]. In another study, the same authors concluded that cork granulates (agricultural and industrial by-product) are biosorbents suitable to be used as a support material for constructed wetlands designed to treat pharmaceuticals contamination [243].

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