Şunu aradınız:: bijotransformazzjoni (Maltaca - İngilizce)

bijotransformazzjoni
biotransformation

bijotransformazzjoni u eliminazzjoni
biotransformation and elimination

bijotransformazzjoni: l-hydrochlorthiazide huwa eliminat primarjament bħala kompost mhux mibdul.
biotransformation: hydrochlorothiazide is eliminated predominantly as unchanged compound.

il-passaġġi ta’ bijotransformazzjoni kif wkoll il-metaboliti mhumiex ikkaratterizzati kompletament.
the biotransformation pathways as well as the metabolites are not fully characterised.

il- passaġġi ta ’ bijotransformazzjoni kif wkoll il- metaboliti m’ humiex ikkaratterizzati kompletament.
the biotransformation pathways as well as the metabolites are not fully characterised.

metaboliżmu u bijotransformazzjoni tacrolimus jigi metabolizzat malajr fil- fwied, primarjament biċ- cytochrome p450- 3a4.
metabolism and biotransformation tacrolimus is widely metabolised in the liver, primarily by the cytochrome p450-3a4.

ir-rotot ewlenin ta’ bijotransformazzjoni huma n-dealkilazzjoni ossidattiva, idroksilazzjoni taċ-ċirku norbornane, u ossidazzjoni-s.
the major biotransformation pathways are oxidative n-dealkylation, hydroxylation of norbornane ring, and s-oxidation.

22 antikolinerġiċi huma prinċipalment eliminati b’ bijotransformazzjoni, il- potenzjal għal interazzjoni hu limitat, għalkemm l- interazzjoni ma ’ antikolinerġiċi ma ġiex mistħarrġa.
as anticholinergics are mainly eliminated by biotransformation, the potential for an interaction is limited, although an interaction with anticholinergics has not been investigated.

aripiprazole jiġi metabolizzat b’mod estensiv mill-fwied l-aktar bi tliet rotot ta’ bijotransformazzjoni: deidroġinazzjoni, idroksilazzjoni u n-dialkajlazzjoni.
aripiprazole is extensively metabolised by the liver primarily by three biotransformation pathways: dehydrogenation, hydroxylation, and n-dealkylation.