… On a second approach, the biodegradation of each pharmaceutical … bacterial strain Labrys
portucalensis F11 was investigated. This strain was selected due to its ability to biodegrade …

… bacterial strain – Labrys portucalensis F11 – able to degrade pharmaceuticals, including
diclofenac … of the degrading strain within the AGS and to evaluate the biodegradation of the …

… These results are a significant improvement compared to 25 days for Labrys portucalensis
F11 [14] and 12 days for the Pseudomonas moorei KB4 strain [25] for the complete …

… 12.5 Bacterial Biodegradation The bacterial strain Labrys portucalensis is capable of …
This study concluded that complete degradation of diclofenac can be achieved by the action …

… detected during biodegradation in DCF by Labrys portucalensis F11 (… portucalensis PPD2.
Moreover, the DF-5 was observed during the degradation of DCF by Labrys portucalensis F11 …

… The first described bacterial strains capable of diclofenac … of diclofenac by the Labrys
portucalensis F11 strain took place … degradation of the drug by the F11 strain. It was also the first …

… the biodegradation of this insecticide by Labrys portucalensis … , the degradation pathway
of TMX by the bacterial strain L. … of the pharmaceuticals ciprofloxacin [57] and diclofenac [59]. …

… the sole carbon source was also biodegraded by Labrys portucalensis F11 after 30 days [30]. …
highlights that DCF is highly biodegradable by the selected consortium of bacterial strains. …

… (2018), who intensified biodegradation of DCF by the L. portucalensis F11 strain by periodic
feeding with 5.9 mM of sodium acetate, which resulted in higher bacterial biomass. However…

… /L diclofenac, was the system containing only strains B1(2015b) and KB4 in a ratio of 1:2 (Table
1). In addition, qualitative analysis of the composition of the tested systems showed that, …