Results 151 to 160 of about 4,579 (198)
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Triamterene-Induced Nephrolithiasis
Annals of Internal Medicine, 1979Excerpt A patient passed kidney stones composed entirely of a mixture of triamterene and a metabolic product of triamterene.
B, Ettinger +3 more
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Pharmacokinetics of Triamterene
Clinical and Experimental Hypertension. Part A: Theory and Practice, 1983The knowledge about the pharmacokinetics of triamterene (TA) was limited until recently. The metabolic pathway of TA is the formation of p-hydroxytriamterene (OH-TA), which is subsequently conjugated with active sulfate to form p-hydroxytriamterene sulfuric acid ester (OH-TA-ester). The phase-II-metabolite is surprisingly pharmacologically active.
E, Mutschler +4 more
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Clinical Pharmacology and Therapeutics, 1985
Earlier studies of triamterene (T) disposition in man have reported hydroxytriamterene (T-OH) and hydroxytriamterene sulfate (T-O-SO3H) conjugate to be the major metabolites. We describe T kinetics through use of an HPLC method and confirm that after hydroxylation, T is rapidly converted to T-O-SO3H.
F, Sörgel +3 more
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Earlier studies of triamterene (T) disposition in man have reported hydroxytriamterene (T-OH) and hydroxytriamterene sulfate (T-O-SO3H) conjugate to be the major metabolites. We describe T kinetics through use of an HPLC method and confirm that after hydroxylation, T is rapidly converted to T-O-SO3H.
F, Sörgel +3 more
openaire +2 more sources
JAMA, 1981
We identified triamterence in 181 renal calculi (o.4% of 50.000 calculi submitted for analysis). Triamterene formed the nucleus of the stone or was deposited with calcium oxalate or uric acid. One third of these stones were mainly or entirely triamterene, though a similar proportion had only minor amounts.
B, Ettinger, N O, Oldroyd, F, Sörgel
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We identified triamterence in 181 renal calculi (o.4% of 50.000 calculi submitted for analysis). Triamterene formed the nucleus of the stone or was deposited with calcium oxalate or uric acid. One third of these stones were mainly or entirely triamterene, though a similar proportion had only minor amounts.
B, Ettinger, N O, Oldroyd, F, Sörgel
openaire +1 more source
Electrochemical detection of triamterene in human urine using boron-doped diamond electrodes
Biosensors and Bioelectronics, 2022Genki Ogata, Yasuaki Einaga
exaly