Inhibitors of monoamine oxidase (MAOI). Severe complications are noted with simultaneous use of sertraline and MAOI (including selective
selegiline) MAAO and with a reversible type of action (
moclobemide).Perhaps the development of serotonin syndrome. Similar complications, sometimes fatal, occur with the appointment of MAOI on the background of treatment with antidepressants that depress the neuronal capture of monoamines or immediately after their withdrawal.
With the simultaneous use of selective inhibitors of reverse neuronal seizure of serotonin and MAOA, hyperthermia, rigidity, myoclonus, lability in the autonomic nervous system (rapid fluctuations in respiratory and cardiovascular parameters system), changes in mental status, including increased
irritability, marked excitement, confusion, which in some cases can go into a delirious state or to whom.
Medicines that depress the central nervous system and
ethanol. The combined use of sertraline and substances that depress the central nervous system requires close attention, and the use of alcoholic beverages during the treatment with sertraline is prohibited.
Coumarin derivatives - when co-administered with sertraline, there is a significant increase in prothrombin time - in these cases it is recommended to monitor prothrombin time inthe beginning of treatment with sertraline and after its withdrawal.
Pharmacokinetic interaction
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. 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 desipramine.
Drugs metabolized by other enzymatic systems of cytochrome P450. Experiments on in vitro interaction showed that the isoenzyme CYP ZAZ / 4 beta-hydroxylation of endogenous cortisol, as well as the metabolism of carbamazepine and terfenadine with long-term administration of sertraline at a dose of 200 mg per day did not change. The concentration in the blood plasma of tolbutamide, phenytoin and warfarin in the long-term administration of sertraline in the same dose also does not change. Thus, it can be concluded that
sertraline Do not depress isoenzyme CYP 2C9.
Sertraline does not affect the concentration of diazepam in the serum, indicating that there is no inhibition of isoenzyme СНЗ 2С19. According to in vitro studies
sertraline practically does not influence or minimally inhibits isoenzyme 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, the joint use of sertraline with drugs that affect serotonergic transmission (for example, with lithium) requires increased caution.
Drugs affecting serotonergic transmission. When replacing one inhibitor of neuronal seizure of serotonin with another, there is no need for a "period of washing". However, care must be taken when changing the course of treatment. Tryptophan or fenfluramine should be avoided together with sertraline.
Induction of microsomal liver enzymes.
Sertraline causes minimal induction of liver enzymes. Simultaneous administration of sertraline and antipyrine at a dose of 200 mg leads to a significant decrease in the periodhalf-life of antipyrine, although this occurs in only 5% of observations.
Atenolol: with co-administration
sertraline does not change it (3-adrenoblocking effect.
Glibenclamide and digoxin: when sertraline was administered in a daily dose, 200 mg of drug interaction with these drugs was not detected.