1 s of advanced oxidation of carbamazepine can be biotransformed and ultimately mineralized by developi

2                              Although SAmPAP was biotransformed and eliminated at a slow rate (t1/2 >

3 es in modest amounts of ingested soy protein are biotransformed by intestinal microflora, are absorbe

4 ration of the mycobacterial cell wall, could be biotransformed by esterases or peroxidase-catalases.

5   The derivatized isosteres were expected to be biotransformed by esterases to the active species aft

6                                 Azoxystrobin is biotransformed by various reactions, and 18 BTPs were

7 5), oxytetracycline (6), and doxycycline (7) were biotransformed by a marine-derived fungus Paecilomy

8 testinal permeability; NBD-tagged bile acids were biotransformed during intestinal transport (jejunum

9 o tests showed that branched PFOS-precursors were biotransformed faster than the corresponding linear

10 amic acid), such as dietary vitamin folates, are biotransformed in the intestinal mucosa and transfer

11 e of metabolites indicates that SAmPAP could be biotransformed in fish and contribute to PFOS bioaccu

12                 The capacity of chemicals to be biotransformed in fish was found to be highly depende

13 lcitrant under anoxic conditions can in fact be biotransformed in the absence of molecular oxygen.

14  therefore reasonable that more SCs can also be biotransformed into molecules with various levels of

15 h culture, and that part of the inorganic Se was biotransformed mainly into SeMet.

16 d the assumption that, in humans, folic acid is biotransformed (reduced and methylated) to 5-MTHF in

17 , and sulfonamidoethanols (FOSEs), which can be biotransformed to PFAAs, may also be a source of expo

18                                       Pyrene was biotransformed to 1-hydroxypyrene, pyrene-1-sulfate,

19                                      ss-HBCD was biotransformed to two mercapturic acid pathway metab