Cyclosporine

When ATH:
L04AD01

Pharmacological action.
Immunosuppressive.

Application.

Kidney transplant, liver, hearts, light, pancreas (Prevention of transplant rejection, treatment response rejection), bone marrow (prevention of rejection reaction, prevention and treatment of graft versus host disease); acute non-infectious uveitis, vision-threatening, Behcet's uveitis with recurrent inflammation and retinal involvement, chronic glomerulonephritis, accompanied by the development of nephrotic syndrome, highly active rheumatoid arthritis, psoriasis, severe forms of atopic dermatitis.

Contraindications.

Hypersensitivity (incl. a polyoxyethylated castor oil), malignant neoplasms, serious infectious disease, impaired renal and / or liver function, arterial hypertension, hyperuricemia, hyperkalemia, pregnancy, lactation.

Pregnancy and breast-feeding.

Category actions result in FDA - C. (The study of reproduction in animals has revealed adverse effects on the fetus, and adequate and well-controlled studies in pregnant women have not held, However, the potential benefits, associated with drugs in pregnant, may justify its use, in spite of the possible risk.)

Side effects.

Acute and chronic renal failure, interstitial renal fibrosis, arterial hypertension, tremor, weakness, headache, paresthesia, seizures, myopathy, abnormal liver function, pancreatitis, nausea, vomiting, anorexia, abdominal pain, a feeling of heaviness in the epigastric region, diarrhea, giperplaziya right, fluid retention, reversible dysmenorrhea and amenorrhea, hypertryhoz, thrombocytopenia, anemia, hyperkalemia, hyperuricemia, increased susceptibility to infections.

Cooperation.

Melphalan increases toxicity, diltiazem, nikardipin, verapamil, beta-blockers, fluconazole, imidazole derivatives, glucocorticoids, macrolides - plasma level. Increases the risk of myopathy and rhabdomyolysis when prescribing lipid-lowering drugs (HMG-CoA reductase), renal dysfunction - against the background of aminoglycosides, amphotericin B, Trimethoprim, co-trimoxazole, ciprofloxacin, some cephalosporins, NSAIDs, propafenone. Phenytoin, Carbamazepine, barbiturates, benzodiazepines, aminoglutethimide, estrogen-progestational drugs, progesterone, rifampicin, Isoniazid, metamizole sodium weaken the effect - accelerate elimination. Enhances the action of quinidine, teofillina, sodium valproate, as well as potassium preparations and potassium-sparing diuretics (increased likelihood of hyperkalemia).

Overdose.

Symptoms: vomiting, drowsiness, headache, tachycardia, severe renal insufficiency.

Treatment: stimulation of vomiting and gastric lavage (in the first hours after oral administration), maintaining vital functions; dialysis and hemoperfusion with activated charcoal are ineffective.

Dosing and Administration.

Inside, I /. The daily dose is divided into 2 admission. The solution for intravenous infusion is prepared time, diluting the concentrate with isotonic sodium chloride solution or 5% glucose solution in the ratio 1:20–1:100; administered within 2-6 hours. The initial dose is 3-5 mg / kg per day. IV applications are considered optimal at the initial stage of treatment of patients with bone marrow transplant.. The oral solution can be diluted in a glass (but not plastic) a glass of cold chocolate drink, milk, fruit juice (excluding grapefruit), coca cola, mix well and drink immediately. The capsules should be swallowed whole. When transplanting organs - by mouth at a dose of 10-15 mg / kg 4-12 hours before the operation, once, and then in this daily dose for 1-2 weeks; in the future, the dose is gradually reduced to a maintenance (usually 2-6 mg / kg). For autoimmune diseases - by mouth in a daily dose of 2.5-5 mg / kg (excluding endogenous uveitis, in which for a short time it is possible to increase the daily dose to 7 mg / kg).

Precautions.

Treatment should be carried out in a specialized hospital by doctors, with sufficient experience in immunosuppressive therapy. It will be appreciated, that against the background of cyclosporine, the predisposition to lymphoproliferative malignant neoplasms increases, therefore, before its appointment, it is necessary to decide, how much the expected beneficial effect justifies the risk of undesirable effects. Use during pregnancy is permissible only under strict indications.. Since there is a possibility of developing anaphylactoid reactions with intravenous administration, prophylactic intake of antihistamines is advisable, and the fastest possible transfer of the patient to oral medications. It is recommended to select the dose depending on the content in the blood.. After kidney transplantation, the plasma level is determined within the first 2 weeks. 2 times a week, for 3-6 weeks - 1 once a week, with outpatient supervision - 1 once every 2-3 months. Regular monitoring of plasma creatinine concentration is necessary - an increase may indicate a rejection reaction, or about nephrotoxicity and require (in the latter case) dose reduction: on 25% with an increase in creatinine by more than 30% starting from, and 50%, if its level doubles; when the dose is reduced during 4 weeks does not lead to a decrease in creatinine, cyclosporine is canceled. Blood pressure monitoring is recommended, blood potassium, Uric acid, bilirubin, transaminases, lipid profile, during the treatment period, immunization with live attenuated vaccines is contraindicated. In the treatment of autoimmune diseases, the lack of adequate positive results through 3 month indicates the need to stop treatment.

Cautions.

It is advisable to use glass containers for the preparation of the infusion solution..

Cooperation

Active substanceDescription of interaction
AztreonamDo not change (mutually) Effects; combined permissible purpose.
AllopurinolFKV. FMR. Inhibits CYP3A4, slows the biotransformation, It increases the blood concentration, the risk of developing toxic phenomena increases.
AmiodaroneFKV. May increase serum levels and cause nephrotoxicity; with a joint appointment, it is necessary to reduce the dose.
AmpicillinIt does not affect (mutually) on the effect; permissible use.
Amphotericin BFMR. Strengthens (mutually) chance of kidney dysfunction.
AtsenokumarolaAgainst the background of cyclosporine, the effect may change unpredictably; with a joint appointment caution.
AцetazolamidFKV. FMR. Causes a marked increase in serum levels and may precipitate nephrotoxicity.
Acetylsalicylic acidIt does not affect (mutually) on the effect; combined use is permissible.
AcyclovirMay raise blood levels, increases (mutually) the risk of renal dysfunction.
AcitretinFKV. The concentration 100 μmol inhibits the destruction of human liver microsomes and the production of primary metabolites (shows in vitro).
BasiliximabFMR: synergism. Increases (mutually) effect.
BromocriptineFKV. Increases concentration of plasma.
Sodium valproateFMR. Against the background of cyclosporine, the effect of.
VancomycinFMR. Increases (mutually) The risk of developing the GTR- and nephrotoxicity; with simultaneous and / or sequential use, periodic audiometry and monitoring of renal function may be required.
WarfarinAgainst the background of cyclosporine, the effect may change unpredictably; with a joint appointment caution.
VerapamilFKV. Inhibits CYP4503A, slows down biotransformation and increases tissue concentration; with a combined appointment, it is necessary to increase the dose.
VynblastynDo not change (mutually) effect; combined use is permissible.
Vitamin EFKV. Increases absorption.
GanciclovirFMR: synergism. Strengthens (mutually) the risk of kidney damage; with combined administration, constant monitoring of serum creatinine levels is required.
GentamicinFMR: synergism. Strengthens (mutually) kidney dysfunction.
GlibenclamideFKV. Increases (mutually) free fraction level in blood (displaces - competition - from sites of communication on proteins).
GlipizideFKV. FMR. Increases (mutually) free fraction level in blood (competes for binding sites on proteins); combined use can lead to hypoglycemia (monitoring of plasma glucose is required).
DaklizumaʙMay exacerbate (mutually) effects, incl. side.
DanazolFKV. FMR. Inhibits CYP4503A, slows the biotransformation, increases tissue concentration, increases the risk of hepatitis- and nephrotoxicity; with a joint appointment is necessary to reduce the dose.
DigoxinFKV. FMR. Against the background of cyclosporine, clearance decreases, the apparent volume of distribution decreases, the risk of glycosidic intoxication increases.
Diclofenac potassiumFKV. FMR. Increases (mutually) The risk of developing nephrotoxicity. Against the background of cyclosporine, an increase in (in 2 times) blood level.
DiltiazemFKV. FMR. Inhibits CYP4503A, slows the biotransformation, can increase the plasma concentration; combined use requires an increase in dose.
DoxycyclineFKV. Increases plasma concentration.
DoxorubicinFKV. Against the background of cyclosporine (inhibits biotransformation and reduces clearance) increases the AUC, the severity and duration of manifestations of hematological toxicity increases, seizures and coma are also possible.
St. John's wort herb extractFKV. FMR. Prolonged (within a few weeks) application reduces (much) serum level (may begin graft rejection).
IbuprofenFMR. Increases (mutually) the risk of kidney damage; when combined, it is necessary to monitor serum creatinine levels.
IsoniazidFKV. FMR. Accelerates elimination, reduces tissue concentrations and weakens the effect.
IsotretinoinFKV. The concentration 100 μmol inhibits the destruction of human liver microsomes and the production of primary metabolites (shows in vitro).
Indinavir sulfateFKV. Suppresses CYP3A activity, slows the biotransformation, increases the concentration in the tissues; with a joint appointment caution.
IndomethacinFMR. Increases (mutually) the likelihood of nephrotoxicity; combined use requires constant monitoring of serum creatinine levels.
CaptoprilFMR. Strengthens (mutually) the probability of hyperkalemia; combined use requires caution and control of the level of potassium in the blood.
CarbamazepineFKV. Induces CYP4503A, accelerates biotransformation, reduces plasma concentration; with a combined appointment, it is necessary to increase the dose.
KetoconazoleFKV. FMR. Inhibits CYP3A, slows down biotransformation and can increase plasma concentration.
KetoprofenFMR. Increases (mutually) the risk of kidney damage; when used together, monitoring of serum creatinine is necessary.
KetorolacFMR. Increases (mutually) the risk of kidney damage; combined use requires monitoring of serum creatinine concentration.
KlindamiцinFKV. May significantly reduce tissue levels; in case of joint administration, it is necessary to control the content of cyclosporine in the blood.
Clodronic acidDoes not affect efficiency; joint appointment is permissible.
KlonidinFKV. May increase serum levels markedly; when used in combination, it is necessary to control the content of cyclosporine in the blood.
Co-trimoxazole [Sulfamethoxazole + Trimethoprim]FMR. Increases (mutually) the risk of renal dysfunction.
LovastatinFKV. FMR. Increases (mutually) risk of developing myopathy. Against the background of cyclosporine, the content of active metabolites in plasma increases.
MelfalaneFMR: synergism. Increases (mutually) the likelihood of nephrotoxicity; with a joint appointment is necessary to monitor renal function.
MetamizoleFKV. FMR. Accelerates elimination, weakens the effect.
MethylprednisoloneFKV. FMR. Inhibits CYP4503A, slows (mutually) biotransformation, It increases the blood concentration.
MetoclopramideFKV. Increases absorption and increases blood levels.
MethotrexateFKV. FMR. Strengthens (mutually) effect, incl. risk of developing side. Serum levels rise moderately against cyclosporine.
Mycophenolic mofetilFKV. FMR. May exacerbate (mutually) immunosuppression and the risk of side effects. Against the background of cyclosporine, the level in the blood decreases.
MinoksidilFMR. Against the background of cyclosporine, the likelihood of developing hypertrichosis increases.
MorphineFMR. Insomnia may develop on the background of cyclosporine, anxiety, amnesia, aphasia and severe confusion (described a single case).
NaproxenFMR. Strengthens (mutually) The risk of developing nephrotoxicity; When combined requires monitoring of creatinine in serum.
NelfinavirFKV. Suppresses CYP3A activity, slows the biotransformation, increases the concentration in the tissues; with a joint appointment caution.
NifedipineFMR. Against the background of cyclosporine, the occurrence of gingival hyperplasia increases.
OctreotideFKV. FMR. Induces CYP4503A, accelerates biotransformation, reduces tissue concentration, reduces the effect of (ie. may begin graft rejection).
OmeprazoleFKV. May increase serum levels (described 2- and 1.5x increase).
OrlistatFKV. FMR. Reduces absorption and tissue concentration; when used together, it is possible to reduce the effect - the development of a reaction of acute graft rejection.
PaclitaxelFKV. Against the background of cyclosporine, the plasma level rises.
PantoprazoleDoes not affect efficiency; combined use is permissible.
ParacetamolFKV. Increases the likelihood of impaired renal function (slightly reduces creatinine clearance).
PerindoprilFMR: synergism. Increases (mutually) the risk of hyperkalemia; combined use requires caution and control of the level of potassium in the blood.
PyrazinamideFMR. May increase the likelihood of developing side effects (reported the occurrence of toxic myopathy).
PiroxicamFMR. Increases (mutually) The risk of developing nephrotoxicity; when used together, it is necessary to monitor serum creatinine levels.
PrazosinAgainst the background of cyclosporine, the (insignificantly) glomerular filtration rate in the transplanted kidney.
PrednisoloneFKV. May increase blood concentration in high doses. Against the background of cyclosporine, clearance decreases.
ProbucolFKV. Reduces blood levels; the combined appointment may need to increase the dose.
ProgesteroneFKV. FMR. Accelerates elimination and weakens the effect.
PropafenoneFKV. FMR. Increases plasma concentration and increases the risk of impaired renal function.
RanitidineFMR: synergism. Increases the risk of kidney dysfunction, liver, deepens thrombocytopenia.
RitonavirFKV. Suppresses CYP3A activity, slows the biotransformation, increases the concentration in the tissues; with a joint appointment caution.
RifabutinFKV. Induces CYP4503A, enhances biotransformation and can reduce tissue content; combined use requires monitoring the concentration of cyclosporine in the blood.
RifampicinFKV. Induces CYP4503A, accelerates biotransformation and reduces tissue concentration; with a joint appointment, it is necessary to increase the dose.
SaquinavirFKV. Suppresses CYP3A activity, slows the biotransformation, increases the concentration in the tissues; with a joint appointment caution.
SiʙutraminDo not change (mutually) effect; sharing is acceptable.
SirolimusFMR: synergism. Strengthens (mutually) effect (immunosuppression), incl. side (manifestation of nephrotoxicity, decreased tolerance to infection, etc.). Against the background of cyclosporine, the level in the blood serum rises. Shared long-term use is not recommended.
SulfadiazineFKV. Decreases serum levels markedly.
SulfamethoxazoleFMR: synergism. Increases (mutually) kidney dysfunction.
SulfasalazineOne case reported of an increase in cyclosporine levels in a patient with a renal transplant after discontinuation of sulfasalazine.
TacrolimusFMR. Increases (mutually) risk of kidney damage.
TheophyllineFMR. Against the background of cyclosporine, the effect of.
TiclopidineFKV. Induces CYP4503A, accelerates biotransformation, may decrease tissue concentration.
TobramycinFMR: synergism. Strengthens (mutually) The risk of nephrotoxicity.
TrimetazidineFMR. Does not affect the immunosuppressive effect, may reduce the risk of cytotoxicity manifestations .
TrimethoprimFMR: synergism. Strengthens (mutually) kidney dysfunction.
FamotidinFMR: synergism. Increases the risk of kidney dysfunction.
PhenylbutazoneFMR. Increases (mutually) the risk of kidney damage; combined use requires monitoring serum creatinine levels.
PhenytoinFKV. Induces CYP4503A, accelerates biotransformation, reduces tissue concentration; combined use requires an increase in dose.
PhenobarbitalFKV. Induces CYP4503A, accelerates biotransformation, reduces tissue concentration; the combined appointment is necessary to increase the dose.
FluconazoleFMR. Inhibits CYP3A, slows down biotransformation and can increase plasma concentration.
FlurbyprofenFMR. Increases (mutually) the likelihood of nephrotoxicity; with a joint appointment necessary monitoring of serum creatinine.
QuinidineFMR. Against the background of cyclosporine, the effect of.
ChloramphenicolFKV. May increase serum levels.
ChloroquineFKV. FMR. May raise serum levels and increase the risk of nephrotoxicity.
CelecoxibFMR. Increases (mutually) the risk of kidney damage; combined use requires constant monitoring of serum creatinine levels.
CeftazidimeFKV. FMR. May raise serum levels and increase the risk of nephrotoxicity.
CeftriaxoneFKV. FMR. May raise serum levels and increase the risk of nephrotoxicity (mutually).
CiprofloxacinFMR. Increases (mutually) The risk of developing nephrotoxicity.
EnalaprilFMR. Increases (mutually) the risk of hyperkalemia; combined use requires caution and monitoring of plasma potassium.
ErythromycinFKV. FMR. Slows biotransformation, increases plasma concentration, increases the risk of hepatitis- and nephrotoxicity; joint application requires caution.
EthanolThere is a known case of a noticeable increase in the level of cyclosporine in the serum of a patient after drinking alcohol..

 

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