References of "Hubert, Philippe"
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See detailOn-line combination of dialysis and liquid chromatography for the automated determination of oxprenolol in human plasma
Toussaint, B.; Ceccato, Attilio ULg; Chiap, Patrice ULg et al

in Journal de Pharmacie de Belgique (1995), 50

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See detailAutomated determination of drugs in ibological fluids using solid-phase extraction coupled to HPLC
Hubert, Philippe ULg

in Dissertation abstracts international (1995)

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See detailEnantiomeric separations by capillary electrophoresis applications in pharmaceutical, biomedical and environmental analysis, chapitre #L-7
Crommen, Jacques ULg; Fillet, Marianne ULg; Bechet, Isabelle et al

in Buszewski, B. (Ed.) New analytical methods for environmental control and monitoring (1995)

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See detailCZE separation of basic and acidic drug by use of cyclodextrin additives
Bechet, I.; Fillet, Marianne ULg; Fotsing, Lucas ULg et al

Poster (1995)

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See detailBiopharmaceutical aspects of the development of a sulfamethazine oral sustained release bolus for lambs
Evrard, Brigitte ULg; Delahaut, P.; Hubert, Philippe ULg et al

in Journal of Controlled Release (1995), 35

Pharmacokinetic parameters of sulfamethazine (SMZ) administered intravenously or orally either as an aqueous solution or as a lipid matrix formulation, were determined in young lambs. The value of the ... [more ▼]

Pharmacokinetic parameters of sulfamethazine (SMZ) administered intravenously or orally either as an aqueous solution or as a lipid matrix formulation, were determined in young lambs. The value of the rate constant for elimination (ke) for the intravenous solution was 0.18 h−1 compared to 0.10 h−1 for the oral aqueous solution. The absolute bioavailability of the oral solution was about 75%. A lipid matrix containing SMZ and a high density excipient is able to be retained in the reticulo-rumen and to produce a sustained release of the drug for at least 100 h provided that the mechanical strength of the bolus is sufficient. The pharmacokinetic data obtained with the lipid matrix show a release profile with two pulses due to both diffusion and erosion mechanisms. Plasma levels are maintained above the MIC of SMZ during 100 h with an absolute bioavailability of 51.7% [less ▲]

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