Abstract: The present invention is directed to a novel method for reducing intrapatient variability in pharmaceutically active agent which is suitably not absorbed in the stomach, such as paracetamol, containing formulations in patients having gastric dysmotility, or a method of improving analgesia in a diabetic patient, or improving absorption of an active agent is a patient with gastric dysmotility, which methods comprises administering orally to said patient in need thereof a pharmaceutical dosage form comprising a first active agent, calcium carbonate, at least one first binding agent, and at least one disintegrating agent as intragranular components in the form of a granulate, and as an extragranular component at least one hydrophilic colloid, an optionally a second binding agent, calcium carbonate, a super disintegrant, and a second active agent.

Abstract: The present invention is directed to a novel method for reducing intrapatient variability in pharmaceutically active agent which is suitably not absorbed in the stomach, such as paracetamol, containing formulations in patients having gastric dysmotility, or a method of improving analgesia in a diabetic patient, or improving absorption of an active agent is a patient with gastric dysmotility, which methods comprises administering orally to said patient in need thereof a pharmaceutical dosage form comprising a first active agent, calcium carbonate, at least one first binding agent, and at least one disintegrating agent as intragranular components in the form of a granulate, and as an extragranular component at least one hydrophilic colloid, an optionally a second binding agent, calcium carbonate, a super disintegrant, and a second active agent.

Abstract: The present invention is directed to a novel method for reducing intrapatient variability in pharmaceutically active agent which is suitably not absorbed in the stomach, such as paracetamol, containing formulations in patients having gastric dysmotility, or a method of improving analgesia in a diabetic patient, or improving absorption of an active agent is a patient with gastric dysmotility, which methods comprises administering orally to said patient in need thereof a pharmaceutical dosage form comprising a first active agent, calcium carbonate, at least one first binding agent, and at least one disintegrating agent as intragranular components in the form of a granulate, and as an extragranular component at least one hydrophilic colloid, an optionally a second binding agent, calcium carbonate, a super disintegrant, and a second active agent.

Abstract: A dosage form such as a swallow tablet or a capsule formulation is described comprising paracetamol, low levels of sodium bicarbonate or potassium bicarbonate or mixtures thereof, and at least one pharmaceutically acceptable excipient.

Abstract: A pharmaceutical composition comprising an immediate release phase and a sustained release phase of paracetamol is described which has a unique in vitro dissolution profile resulting in advantageous pharmacokinetic properties.

Abstract: A pharmaceutical composition comprising an immediate release phase and a sustained release phase of paracetamol is described which has a unique in vitro dissolution profile resulting in advantageous pharmacokinetic properties.

Abstract: A pharmaceutical composition comprising an immediate release phase and a sustained release phase of paracetamol is described which has a unique in vitro dissolution profile resulting in advantageous pharmacokinetic properties.

Abstract: A dosage form such as a swallow tablet or a capsule formulation is described comprising paracetamol, low levels of sodium bicarbonate or potassium bicarbonate or mixtures thereof, and at least one pharmaceutically acceptable excipient.

Abstract: The present invention relates to a swallow tablet or capsule formulation comprising paracetamol, sodium bicarbonate, and at least one pharmaceutically acceptable excipient.

Abstract: A pharmaceutical composition for oral consumption in liquid form is provided, characterized in that the composition contains a drug, preferably a lipophilic NSAID, complexed to .beta.-cyclodextrin in a formulation also containing an acid-base couple, preferably an effervescent acid-base couple. The weight of the acid-base couple is greater than 1% of the weight of water in which the composition is to be dissolved, and provides an acid or neutral pH.

Abstract: Folic acid derivatives, such as radiolabeled pteroyltyrosine, are conveniently synthesized from either pteroic acid or by the direct condensation of 6-formylpterin with p-aminobenzoyltyrosine methyl ester. The radioiodinated derivatives are particularly useful in competitive protein binding and radioimmuno-assays of folate compounds.

Abstract: Folic acid derivatives, such as radiolabeled pteroyltyrosine, are conveniently synthesized from either pteroic acid or by the direct condensation of 6-formylpterin with p-aminobenzoyltyrosine methyl ester. The radioiodinated derivatives are particularly useful in competitive protein binding and radioimmuno-assays of folate compounds.

Abstract: Folic acid derivatives, such as radiolabeled pteroyltyrosine, are conveniently synthesized from either pteroic acid or by the direct condensation of 6-formylpterin with p-aminobenzoyltyrosine methyl ester. The radioiodinated derivatives are particularly useful in competitive protein binding and radioimmuno-assays of folate compounds.

Abstract: Folic acid derivatives, such as radiolabeled pteroyltyrosine, are conveniently synthesized from either pteroic acid or by the direct condensation of 6-formylpterin with p-aminobenzoyltyrosine methyl ester. The radioiodinated derivatives are particularly useful in competitive protein binding and radioimmuno-assays of folate compounds.