may result 'paroxetine and male infertility' increased bleeding in the presence of 'paroxetine and male infertility' prothrombin times.Microsomal 'paroxetine and male infertility' Inhibition/Induction:The metabolism and pharmacokinetics of paroxetine may be affected by the induction or inhibition 'paroxetine and male infertility' drug metabolizing enzymes.Steady state levels of paroxetine (30 mg daily).

should be administered with great caution to 'paroxetine and male infertility' receiving oral anticoagulants. Preliminary 'paroxetine and male infertility' suggest that a pharmacodynamic interaction 'paroxetine and male infertility' paroxetine and warfarin 'paroxetine and male infertility' 'paroxetine and male infertility' 'paroxetine and male infertility' increased bleeding in the presence of unaltered prothrombin times.Microsomal Enzyme Inhibition/Induction:The metabolism and pharmacokinetics of paroxetine may be affected by the induction or inhibition of drug metabolizing enzymes.Steady state levels of paroxetine (30 mg daily) were 'paroxetine and male infertility' by about 50% when cimetidine (300 mg t.i.d.), a known 'paroxetine and male infertility' metabolizing enzyme inhibitor, was co-administered to steady-state. Consideration should be given to using doses 'paroxetine and male infertility' paroxetine towards the 'paroxetine and male infertility' end 'paroxetine and male infertility' 'paroxetine and male infertility' range when co-administered with known 'paroxetine and male infertility' metabolizing enzyme inhibitors.Co-administration of a single 30 mg dose of paroxetine to subjects receiving chronic daily dosing 'paroxetine and male infertility' 300 mg phenytoin, a known metabolizing enzyme 'paroxetine and male infertility' is associated with decreased plasma levels of 'paroxetine and male infertility' (AUC reduced.

metabolism and pharmacokinetics of 'paroxetine and male infertility' may be 'paroxetine and male infertility' by the induction or inhibition of drug metabolizing enzymes.Steady.