Inhibitors of monoamine oxidase (MAOI): simultaneous use of sertraline with
inhibitors of MAO, including selegilin and a reversible inhibitor of moclobemide, leads to severe complications.Perhaps the development of serotonin syndrome. Several deaths of the patient were noted in the combination of other antidepressants and MAO inhibitors, as well as with the isolated administration of MAO inhibitors, started immediately after the abolition of other antidepressants. Hyperthermia, stiffness, myoclonia, autonomic instability (sometimes with rapid changes in respiratory and circulatory functions), changes in mental state (for example, confused consciousness, irritability, sometimes with extreme agitation, which could lead to delirium or coma). therefore
sertraline never be used in combination with MAO inhibitors, or within 14 days after the abolition of the MAO inhibitor, and also less than 1 day after the reversal of the reversible MAO inhibitor. Similarly, after the withdrawal of sertraline, at least 14 days must elapse before the introduction of the irreversible MAO inhibitor.
Substances depressing the central nervous system and alcohol: in healthy volunteers, daily intake of sertraline 200 mg per day did not enhance the effects of alcohol, carbamazepine, haloperidol or phenytoin on cognitive functions and psychomotor activity.However, during the administration of sertraline, drugs that affect the central nervous system should be used with great care, and alcohol use during drug intake should be avoided.
Sertraline binds to blood plasma proteins. Therefore, it is necessary to consider the possibility of its interaction with other drugs that bind to proteins (for example: diazepam, tolbutamide and warfarin).
Cimetidine: simultaneous use significantly reduces the clearance of sertraline. Coumarin derivatives - when combined with sertraline, there is a significant increase in prothrombin time - in these cases it is recommended to monitor prothrombin time at the beginning of treatment with sertraline and after its withdrawal.
Drugs metabolized by isoenzyme 2D6 cytochrome P450: prolonged treatment with sertraline at a dose of 50 mg per day is accompanied by an increase in the concentration of these drugs.
Drugs Metabolized by Other Cytochrome P450 Enzymes: In vivo interaction studies have shown that prolonged administration of sertraline at 200 mg per day did not affect the endogenous beta-hydroxylation of cortisol or the metabolism of carbamazepine or terfenadine mediated by CYP3A3 / 4 isozymes.Long-term administration of sertraline at 200 mg per day did not affect the levels of tolbutamide, phenytoin and warfarin in the blood plasma. It means that
sertraline does not inhibit the activity of CYP2C9 in a clinically significant degree. Long-term doses of 200 mg per day did not affect diazepam levels in the blood plasma, and therefore clinically significant suppression of sertraline CYP2C19 should also be excluded. In vitro studies have shown that
sertraline does not affect or has a minimal inhibitory effect on CYP 1A2.
Lithium. The pharmacokinetics of lithium does not change with the concomitant administration of sertraline. However, tremor is observed more often when they are used together. As well as the appointment of other selective inhibitors of reverse neuronal seizure of serotonin, a joint
the use of sertraline with drugs, influencing on
serotonergic transmission (for example, with lithium), requires increased caution. Serotonergic agents: the duration of the washout period required before transferring the patient from one selective serotonin reuptake inhibitor to another is not determined.Therefore, such a transition should be carried out with extreme caution.
Simultaneous administration of other serotonergic substances (eg, tryptophan or fenfluramine) and sertraline requires extreme caution. If possible, such combinations should be avoided.
Induction of microsomal enzymes: in clinical trials, only
a slight inducing effect of sertraline on hepatic enzymes. With the simultaneous use of sertraline at 200 mg per day and phenazone,
sertraline caused a small (5%), but significant decrease in the half-life of phenazone. This slight decrease in the half-life of phenazone was due to a clinically insignificant change in liver metabolism.
Atenolol: when combined
sertraline does not change the beta-blocking effect of atenolol.
Glibenclamide and digoxin: when sertraline was administered in a daily dose, 200 mg of drug interaction with these drugs was not detected.