natgillin/translations-raw huggingface dataset:
Det aktive stof i Econor er valnemulin, der er et antibiotikum i pleuromutilin-gruppen.
The active substance of Econor is valnemulin, an antibiotic of the pleuromutilin group.
Det aktive stof i Edarbi, azilsartan-medoxomil, er en "angiotensin II-receptorantagonist", hvilket betyder, at det blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Edarbi, azilsartan medoxomil, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Edistride, dapagliflozin, virker ved at blokere proteinet natriumglukose kotransporter 2 (SGLT2) i nyrerne.
The active substance in Edistride, dapagliflozin, works by blocking a protein in the kidneys called sodium-glucose co-transporter 2 (SGLT2).
Det aktive stof i Eklira Genuair, aclidiniumbromid, er en antikolinerg bronkodilator.
The active substance in Eklira Genuair, aclidinium bromide, is an anticholinergic bronchodilator.
Det aktive stof i Eliquis, apixaban, er en »faktor Xa-hæmmer«.
The active substance in Eliquis, apixaban, is a ‘factor Xa inhibitor’.
Det aktive stof i Empliciti, elotuzumab, er et monoklonalt antistof, der aktiverer kroppens immunceller og får dem til at gå til angreb på myelomatose-kræftcellerne.
The active substance in Empliciti, elotuzumab, is a monoclonal antibody that activates the body’s immune cells to attack the multiple myeloma cancer cells.
Det aktive stof i Emtriva, emtricitabin, er en revers transkriptasehæmmer af nukleosidgruppen (NRTI).
The active substance in Emtriva, emtricitabine, is a nucleoside reverse transcriptase inhibitor (NRTI).
Det aktive stof i Eperzan, albiglutid, er en “GLP-1-receptoragonist”.
The active substance in Eperzan, albiglutide, is a ‘GLP-1 receptor agonist’.
Det aktive stof i Epoetin Alfa Hexal, epoetin alfa, er en kopi af det menneskelige hormon erytropoietin og har nøjagtigt samme stimulerende virkning på dannelsen af røde blodlegemer fra rygmarven som det naturlige hormon.
The active substance in Epoetin Alfa Hexal, epoetin alfa, is a copy of a hormone called erythropoietin, and works in exactly the same way as the natural hormone to stimulate the production of red blood cells from the bone marrow.
Det aktive stof i EQUIOXX, firocoxib, er et nonsteroidt antiinflammatorisk lægemiddel (NSAID), der tilhører en gruppe lægemidler, der kaldes cyclooxygenase-2-hæmmere (COX-2) (eller Coxib-gruppen).
The active substance in EQUIOXX, firocoxib, is a non-steroidal anti-inflammatory drug (NSAID) that belongs to the group of medicines called ‘cyclo-oxygenase-2 (COX-2) inhibitors’ (or Coxibs).
Det aktive stof i Equisolon, prednisolon, er et binyrebarkhormon, som er et lægemiddel, der nedsætter
The active substance in Equisolon, prednisolone, is a corticosteroid, a medicine that acts to reduce the activity of the immune
Det aktive stof i Erivedge, vismodegib, afbryder den såkaldte 'hegdehog-signaleringsvej', der normalt er involveret i regulering af de tidlige celleudviklingsstadier hos ufødte børn og visse celleprocesser hos voksne.
The active substance in Erivedge, vismodegib, disrupts the so-called ‘Hedgehog signalling pathway’, which is normally involved in regulating the early stages of cell development in unborn babies and certain cell processes in adults.
Det aktive stof i Esmya, ulipristalacetat, er en såkaldt "selektiv progesteron-receptormodulator".
The active substance in Esmya, ulipristal acetate, is a ‘selective progesterone receptor modulator’.
Det aktive stof i Exjade, deferasirox, er et "jernkelaterende" stof.
The active substance in Exjade, deferasirox, is an ‘iron chelator’.
Det aktive stof i Exviera, dasabuvir, virker ved at blokere virkningen af et enzym i hepatitis C-virusset kaldet “NS5B RNA-afhængig polymerase”, som virusset behøver for at kunne formere sig.
The active substance in Exviera, dasabuvir, works by blocking the action of an enzyme in the hepatitis C virus called ‘NS5B RNA-dependent polymerase’, which the virus needs to multiply.
Det aktive stof i Fabrazyme, agalsidase beta, er en kopi af det humane enzym og fremstillet ved hjælp af en metode, der kaldes "rekombinant teknologi": Det fremstilles af celler, som har modtaget et gen (DNA), der sætter dem i stand til at producere enzymet.
The active substance in Fabrazyme, agalsidase beta, is a copy of the human enzyme, produced by a method known as ‘recombinant DNA technology’: it is made by cells that have received a gene (DNA), which makes them able to produce the enzyme.
Det aktive stof i Ferriprox, deferipron, er et "jernchelatdannende” stof.
The active substance in Ferriprox, deferiprone, is an iron chelator.
Det aktive stof i Firazyr, icatibant, blokerer de receptorer, som bradykinin normalt binder sig til.
The active substance in Firazyr, icatibant, blocks the receptors that bradykinin normally attaches itself to.
Det aktive stof i Forxiga, dapagliflozin, virker ved at blokere proteinet natrium-glukose kotransporter 2 (SGLT2) i nyrerne.
The active substance in Forxiga, dapagliflozin, works by blocking a protein in the kidneys called sodium-glucose co-transporter 2 (SGLT2).
Det aktive stof i Gilenya er fingolimod.
The active substance of Gilenya is fingolimod.
Det aktive stof i Gilenya, fingolimod, reducerer T-cellernes (en type hvide blodlegemer, som er involveret i immunsystemet) evne til at bevæge sig fra lymfeknuderne mod hjernen og rygmarven og begrænser således den skade, de forårsager ved MS.
The active substance in Gilenya, fingolimod, reduces the ability of T cells (a type of white blood cell involved in the immune system) to move from the lymph nodes towards the brain and spinal cord thus limiting the damage they cause in MS.
Det aktive stof i Gliolan, 5-aminolevulinsyre, anvendes som fotosensitiser (lysfølsomhedsfremkaldende stof) ved fotodynamisk terapi.
The active substance in Gliolan, 5-aminolevulinic acid, is a ‘sensitiser used in photodynamic therapy’.
Det aktive stof i Glybera, alipogentiparvovec, er afledt af et virus, der er ændret, så det kan føre lipoproteinlipase-genet ind i kroppens celler.
The active substance in Glybera, alipogene tiparvovec, is derived from a virus that has been modified so it can carry the lipoprotein lipase gene into the body’s cells.
Det aktive stof i Grastofil er filgrastim, der meget stærkt ligner det humane protein granulocytkolonistimulerende faktor (G-CSF).
The active substance in Grastofil, filgrastim, is very similar to a human protein called granulocyte colony stimulating factor (G-CSF).
Det aktive stof i Helixate NexGen, human koagulationsfaktor VIII, er et stof, der hjælper blodet med at størkne.
The active substance in Helixate NexGen, human coagulation factor VIII, is a substance that helps the blood to clot.
Det aktive stof i Hepsera, adefovirdipivoxil, er et ‘prodrug’, der omdannes til adefovir i kroppen.
The active substance in Hepsera, adefovir dipivoxil, is a ‘prodrug’ that is converted into adefovir in the body.
Det aktive stof i Hirobriz Breezhaler, indacaterol, er en beta 2 adrenerg receptoragonist.
The active substance in Hirobriz Breezhaler, indacaterol, is a beta 2 adrenergic receptor agonist.
Det aktive stof i Hizentra, humant normalt immunglobulin, er et højtoprenset protein, der er udvundet af humant plasma (en af blodets bestanddele).
The active substance in Hizentra, human normal immunoglobulin, is a highly purified protein extracted from human plasma (part of the blood).
Det aktive stof i Holoclar er patientens egne limbale celler, dvs. celler fra hornhindeoverfladen og limbale stamceller dyrket i laboratoriet.
The active substance in Holoclar is the patient’s own limbal cells, which include cells from the surface of the cornea and limbal stem cells grown in a laboratory.
Det aktive stof i Humalog, insulin lispro, fremstilles via en metode, der er kendt som "rekombinant dna-teknologi": Det fremstilles af bakterier, der har fået indsat et gen (DNA), som sætter dem i stand til at producere insulin lispro.
The active substance in Humalog, insulin lispro, is produced by a method known as ‘recombinant DNA technology’: it is made by bacteria into which a gene (DNA) has been introduced, which makes them able to produce insulin lispro.
Det aktive stof i Humira, adalimumab, er et monoklonalt antistof (en type protein), der er opbygget, så det genkender og binder sig til et kemisk signalstof i kroppen, der kaldes tumornekrosefaktor (TNF).
The active substance in Humira, adalimumab, is a monoclonal antibody (a type of protein) that has been designed to recognise and attach to a chemical messenger in the body called tumour necrosis factor (TNF).
Det aktive stof i Hycamtin, topotecan, er et lægemiddel mod kræft, der tilhører gruppen af "topoisomerasehæmmere".
The active substance in Hycamtin, topotecan, is a cancer medicine that belongs to the group ‘topoisomerase inhibitors’.
Det aktive stof i Iclusig, ponatinib, tilhører lægemiddelgruppen "tyrosinkinasehæmmere".
The active substance in Iclusig, ponatinib, belongs to a group of medicines called ‘tyrosine kinase inhibitors’.
Det aktive stof i Ifirmasta, irbesartan, er en ”angiotensin II-receptorantagonist”, hvilket betyder, at det blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Ifirmasta, irbesartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Ikervis, ciclosporin, virker på de celler i immunsystemet (kroppens naturlige forsvar), der er inddraget i inflammationsprocesserne.
The active substance in Ikervis, ciclosporin, acts on cells of the immune system (the body’s natural defences) that are involved in the processes that cause inflammation.
Det aktive stof i Ilaris, canakinumab, er et monoklonalt antistof (en type protein), som er opbygget til at kunne genkende og binde sig til en særlig struktur, der kaldes et antigen, som findes på visse celler i kroppen.
The active substance in Ilaris, canakinumab, is a monoclonal antibody, a type of protein that has been designed to recognise and attach to a specific structure (called an antigen) that is found on certain cells in the body.
Det aktive stof i Imatinib Accord, imatinib, er en protein-tyrosinkinasehæmmer.
The active substance in Imatinib Accord, imatinib, is a protein-tyrosine kinase inhibitor.
Det aktive stof i Imatinib Actavis, imatinib, er en protein-tyrosinkinasehæmmer.
The active substance in Imatinib Actavis, imatinib, is a protein-tyrosine-kinase inhibitor.
Det aktive stof i Imbruvica, ibrutinib, virker ved at blokere enzymet Brutons tyrosinkinase (Btk), der hovedsagelig findes i B-lymfocytter.
The active substance in Imbruvica, ibrutinib, works by blocking an enzyme called Bruton’s tyrosine kinase (Btk), which is mostly found in B lymphocytes.
Det aktive stof i Imlygic, talimogen laherparepvec, er genterapi af typen "onkolytisk virus".
The active substance in Imlygic, talimogene laherparepvec, is a type of gene therapy called ‘oncolytic virus’.
Det aktive stof i Imnovid, pomalidomid, er et såkaldt immunmodulerende middel.
The active substance in Imnovid, pomalidomide, is an immunomodulating agent.
Det aktive stof i Incruse, umeclidiniumbromid, er en muskarin-receptor-antagonist.
The active substance in Incruse, umeclidinium bromide, is a muscarinic receptor antagonist.
Det aktive stof i Inhixa, enoxaparin, tilhører gruppen af antikoagulerende (blodfortyndende) midler, der kaldes "lavmolekylære hepariner".
The active substance in Inhixa, enoxaparin, is one of a group of anticoagulant medicines called ‘low-molecular weight heparins’.
Det aktive stof i Inlyta, axitinib, virker ved at blokere tyrosinkinaser, der er enzymer i receptorerne for "vaskulær endotelial vækstfaktor" (VEGF) på kræftcellernes overflade.
The active substance in Inlyta, axitinib, works by blocking some enzymes known as tyrosine kinases that are found in ‘vascular endothelial growth factor’ (VEGF) receptors on the surface of cancer cells.
Det aktive stof i Inovelon, rufinamid, er et antiepileptikum.
The active substance in Inovelon, rufinamide, is an anti-epileptic medicine.
Det aktive stof i Insulatard, human insulin, produceres via en metode, der er kendt som "rekombinant teknologi": Insulinet fremstilles af gærceller, der har fået indsat et gen (DNA), som gør dem i stand til at producere insulin.
The active substance in Insulatard, human insulin, is produced by a method known as ‘recombinant technology’: the insulin is made by yeast cells into which a gene (DNA) has been introduced, which makes them able to produce insulin.
Det aktive stof i Insulin Human Winthrop, insulin human, produceres via en metode, der er kendt som ”rekombinant dna-teknologi”: det produceres af en bakterie, der har fået indsat et gen (dna), som gør den i stand til at producere insulin.
The active substance in Insulin Human Winthrop, insulin human, is produced by a method known as ‘recombinant DNA technology’: it is made by a bacterium that has received a gene (DNA), which makes it able to produce insulin.
Det aktive stof i Insuman, human insulin, fremstilles ifølge en metode, der er kendt som "rekombinant dna-teknologi": Det fremstilles af bakterier, der har fået indsat et gen (DNA), som gør dem i stand til at producere insulin.
The active substance in Insuman, human insulin, is produced by a method known as ‘recombinant DNA technology’: it is made by bacteria into which a gene (DNA) has been introduced that makes the bacteria able to produce insulin.
Det aktive stof i IntronA, interferon alfa-2b, hører til gruppen af "interferoner".
The active substance in IntronA, interferon alfa-2b, belongs to the group ‘interferons’.
Det aktive stof i Invanz, ertapenem, er et antibiotikum tilhørende gruppen af "carbapenemer".
The active substance in Invanz, ertapenem, is an antibiotic that belongs to the group known as ‘carbapenems’.
Det aktive stof i Invirase, saquinavir, er en "proteasehæmmer".
The active substance in Invirase, saquinavir, is a ‘protease inhibitor’.
Det aktive stof i Ipreziv, azilsartan-medoxomil, er en "angiotensin II-receptorantagonist", hvilket betyder, at det blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Ipreziv, azilsartan medoxomil, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Irbesartan BMS, irbesartan, er en ”angiotensin II-receptorantagonist”, hvilket betyder, at den blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Irbesartan BMS, irbesartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Irbesartan Teva, irbesartan, er en ”angiotensin II-receptorantagonist”, hvilket betyder, at den blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Irbesartan Teva, irbesartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Irbesartan Zentiva, irbesartan, er en ’angiotensin II-receptorantagonist’, hvilket betyder, at den blokerer virkningen af et hormon i kroppen, der kaldes angiotensin II.
The active substance in Irbesartan Zentiva, irbesartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Ivabradine Anpharm, ivabradin, virker ved at blokere "If-strømmene" i sinusknuden, den naturlige "pacemaker", der kontrollerer hjertets sammentrækninger og regulerer hjertefrekvensen.
The active substance in Ivabradine Anpharm, ivabradine, works by blocking the ‘If currents’ in the sinus node, the natural ‘pacemaker’ that controls the heart’s contractions and regulates the heart rate.
Det aktive stof i Ivemend, fosaprepitant, er et ‘prodrug’ til aprepitant.
The active substance in Ivemend, fosaprepitant, is a ‘prodrug’ of aprepitant.
Det aktive stof i Jardiance, empagliflozin, virker ved at blokere natrium-glukose kotransporter 2 (SGLT2) i nyrerne.
The active substance in Jardiance, empagliflozin, works by blocking a protein in the kidneys called sodium-glucose co-transporter 2 (SGLT2).
Det aktive stof i Jevtana, cabazitaxel, tilhører en gruppe lægemidler mod kræft, der er kendt som "taxaner".
The active substance in Jevtana, cabazitaxel, belongs to the group of cancer medicines known as ‘taxanes’.
Det aktive stof i Jinarc, tolvaptan, er en vasopressin-2-receptorantagonist, der virker ved at blokere de receptorer i nyrerne, hvortil hormonet vasopressin knytter sig.
The active substance in Jinarc, tolvaptan, is a vasopressin-2-receptor antagonist: it works by blocking receptors in the kidneys to which the hormone vasopressin attaches.
Det aktive stof i Karvea, irbesartan, er en "angiotensin II-receptorantagonist", hvilket betyder, at det blokerer virkningen af et hormon i kroppen kaldet angiotensin II.
The active substance in Karvea, irbesartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Ketek, telithromycin, er et antibiotikum tilhørende gruppen af ”ketolider”.
The active substance in Ketek, telithromycin, is an antibiotic belonging to the class ‘ketolides’.
Det aktive stof i Keytruda, pembrolizumab, er et monoklonalt antistof.
The active substance in Keytruda, pembrolizumab, is a monoclonal antibody.
Det aktive stof i Kineret, anakinra, er en kopi af et naturligt humant protein kaldet ”human interleukin- 1-receptorantagonist”.
The active substance in Kineret, anakinra, is a copy of a natural human protein called ‘human interleukin 1 receptor antagonist’.
Det aktive stof i Kineret, anakinra, er et immunundertrykkende lægemiddel (et lægemiddel, som undertrykker immunforsvarets aktivitet).
The active substance in Kineret, anakinra, is an immunosuppressive medicine (a medicine that reduces the activity of the immune system).
Det aktive stof i Kinzalmono, telmisartan, er en "angiotensin II-receptorantagonist", hvilket betyder, at den blokerer virkningen af et hormon i kroppen, der kaldes angiotensin II.
The active substance in Kinzalmono, telmisartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Kisplyx, lenvatinib, er en såkaldt tyrosinkinasehæmmer.
The active substance in Kisplyx, lenvatinib, is a ‘tyrosine-kinase inhibitor’.
Det aktive stof i Kogenate Bayer, human koagulationsfaktor VIII, er et stof, der hjælper blodet med at størkne.
The active substance in Kogenate Bayer, human coagulation factor VIII, is a substance that helps the blood to clot.
Det aktive stof i Lamivudin Teva Pharma B.V. hedder lamivudin.
The active ingredient in Lamivudine Teva Pharma B.V. is lamivudine.
Det aktive stof i Lamivudine Teva Pharma B.V., lamivudin, er en nukleosid revers transkriptase- hæmmer (NRTI).
The active substance in Lamivudine Teva Pharma B.V., lamivudine, is a nucleoside reverse transcriptase inhibitor (NRTI).
Det aktive stof i Lantus, insulin glargin, fremstilles via en metode, der kaldes "rekombinant dna- teknologi": Det fremstilles af en bakterie, der har modtaget et gen (DNA), som gør den i stand til at producere insulin glargin.
The active substance in Lantus, insulin glargine, is produced by a method known as ‘recombinant DNA technology’: it is made by a bacterium that has received a gene (DNA), which makes it able to produce insulin glargine.
Det aktive stof i Leflunomide Winthrop, leflunomid, er et immundæmpende stof.
The active substance in Leflunomide Winthrop, leflunomide, is an immunosuppressant.
Det aktive stof i Lenvima, lenvatinib, er en tyrosinkinasehæmmer.
The active substance in Lenvima, lenvatinib, is a ‘tyrosine-kinase inhibitor’.
Det aktive stof i Libertek, roflumilast, tilhører en gruppe lægemidler, der kaldes "fosfodiesterase- 4(PDE4)-hæmmere".
The active substance in Libertek, roflumilast, belongs to a group of medicines called ‘phosphodiesterase type 4 (PDE4) inhibitors’.
Det aktive stof i Lixiana, edoxaban, er en faktor Xa-hæmmer.
The active substance in Lixiana, edoxaban, is a ‘factor Xa inhibitor’.
Det aktive stof i Lojuxta, lomitapid, virker ved at blokere enzymer af typen mikrosomalt triglyceridtransportprotein, som findes i cellerne i leveren og tarmen.
The active substance in Lojuxta, lomitapide, blocks the action of a substance in the body called ‘microsomal triglyceride transfer protein’, which is present in the cells of the liver and the gut.
Det aktive stof i Lonquex, lipegfilgrastim, svarer til granulocytkolonistimulerende faktor (G-CSF), et naturligt protein i kroppen, der fremmer knoglemarvens produktion af hvide blodlegemer, herunder neutrofiler.
The active substance in Lonquex, lipegfilgrastim, is similar to granulocyte colony stimulating factor (G‑CSF), a naturally occurring protein in the body that promotes the production of white blood cells including neutrophils in the bone marrow.
Det aktive stof i Loxicom 20 mg / ml injektionsvæske, opløsning til kvæg, grise og heste er et tilladt stof beskrevet i Tabel 1 i bilaget til Kommissionens forordning (EU) Nr.
The active substance in Loxicom 20 mg/ml solution for injection for cattle, pigs and horses is an allowed substance as described in table 1 of the annex to Commission Regulation (EU) No 37/2010:
Det aktive stof i Lynparza, olaparib, blokerer virkningen af PARP (enzymer af typen human poly (ADP- ribose) polymerase), som medvirker ved reparation af beskadiget DNA i cellerne (både i normale celler og kræftceller) under cellernes deling.
The active substance in Lynparza, olaparib, blocks the action of enzymes called human poly (ADP ribose) polymerase (PARP), which help to repair damaged DNA in cells (both in normal and in cancer cells) during cell division.
Det aktive stof i Lyrica, pregabalin, ligner i sin struktur kroppens egen "neurotransmitter" (signalstof) GABA (gamma-aminosmørsyre), men dets biologiske virkninger er meget anderledes.
The active substance in Lyrica, pregabalin, is similar in structure to the body’s own ‘neurotransmitter’ gamma-amino butyric acid (GABA), but has very different biological effects.
Det aktive stof i Lyxumia, lixisenatid, er en »GLP-1-receptoragonist«.
The active substance in Lyxumia, lixisenatide, is a ‘GLP-1 receptor agonist’.
Det aktive stof i MACI består af patientens egne bruskceller, der implanteres i det defekte område af brusken i knæet.
The active substance in MACI consists of the patient’s own cartilage cells, which are implanted into the cartilage defect in the knee.
Det aktive stof i Macugen, pegaptanib, er en ”aptamer”.
The active substance in Macugen, pegaptanib, is an ‘aptamer’.
Det aktive stof i Meloxidolor er et tilladt stof, der er beskrevet i tabel 1 i bilaget til Kommissionens forordning (EU) nr.
The active substance in Meloxidolor is an allowed substance as described in table 1 of the annex to Commission Regulation (EU) No 37/2010:
Det aktive stof i Metalyse, tenecteplase, er en modificeret form af et naturligt enzym, human plasminogenaktivator, som kroppen anvender til at nedbryde blodpropper.
The active substance in Metalyse, tenecteplase, is a modified copy of the human enzyme ‘tissue plasminogen activator’, which the body uses to break down clots.
Det aktive stof i Methylthioniniumchlorid Proveblue, methylthioniniumchlorid (også kaldet methylenblåt), hjælper med at fremskynde omdannelsen af unormalt hæmoglobin tilbage til det normale hæmoglobin.
The active substance in Methylthioninium chloride Proveblue, methylthioninium chloride (also called methylene blue), helps speed up the conversion of abnormal haemoglobin back into normal haemoglobin.
Det aktive stof i Micardis, telmisartan, er en "angiotensin II-receptorantagonist", hvilket betyder, at den blokerer virkningen af et hormon i kroppen, der kaldes angiotensin II.
The active substance in Micardis, telmisartan, is an ‘angiotensin II receptor antagonist’, which means that it blocks the action of a hormone in the body called angiotensin II.
Det aktive stof i Mimpara, cinacalcet, er et kalciummimetisk stof.
The active substance in Mimpara, cinacalcet, is a calcimimetic agent.