NAPKON Pediatrics Module
1.0.0 - trial-use
NAPKON Pediatrics Module - Local Development build (v1.0.0). See the Directory of published versions
Summary
Defining URL: | https://www.napkon.de/fhir/ValueSet/immunosuppressive-permament-medications-atc |
Version: | 1.0.0 |
Name: | ImmunosuppressivePermanentMedicationsATC |
Title: | Immunosuppressive Permanent Medications ATC |
Status: | Active as of 2021-10-05 |
Definition: | Immunosuppressive Medications ATC codes |
Publisher: | Charité - Universitätsmedizin Berlin |
Source Resource: | XML / JSON / Turtle |
References
This value set includes codes based on the following rules:
http://fhir.de/CodeSystem/bfarm/atc
where concept is-a A14Ahttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01EGhttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L04http://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01Bhttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01Ahttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01XChttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01EJhttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L01Ehttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a R03DXhttp://fhir.de/CodeSystem/bfarm/atc
where concept is-a L03AB
This value set contains 324 concepts
Expansion based on http://fhir.de/CodeSystem/bfarm/atc v2021 (CodeSystem)
All codes in this table are from the system http://fhir.de/CodeSystem/bfarm/atc
Code | Display | Definition |
A14A | ANABOLE STEROIDE | |
A14AA | Androstan-Derivate | |
A14AA01 | Androstanolon | |
A14AA02 | Stanozolol | |
A14AA03 | Metandienon | |
A14AA04 | Metenolon | |
A14AA05 | Oxymetholon | |
A14AA06 | Quinbolon | |
A14AA07 | Prasteron | |
A14AA08 | Oxandrolon | |
A14AA09 | Norethandrolon | |
A14AA10 | Chlordehydromethyltestosteron | |
A14AA11 | Clostebol | |
A14AA50 | Andere Androstan-Derivate, Kombinationen | |
A14AB | Estren-Derivate | |
A14AB01 | Nandrolon | |
A14AB02 | Ethylestrenol | |
A14AB03 | Oxaboloncipionat | |
L01EG | Mammalian target of rapamycin (mTOR)-Kinase-Inhibitoren | |
L01EG01 | Temsirolimus | |
L01EG02 | Everolimus | |
L01EG03 | Ridaforolimus | |
L04 | IMMUNSUPPRESSIVA | |
L04A | IMMUNSUPPRESSIVA | |
L04AA | Selektive Immunsuppressiva | |
L04AA02 | Muromonab-CD3 | |
L04AA03 | Antilymphozytäres Immunglobulin (Pferd) | |
L04AA04 | Antithymozytäres Immunglobulin (Kaninchen) | |
L04AA06 | Mycophenolsäure | |
L04AA10 | Sirolimus | |
L04AA13 | Leflunomid | |
L04AA15 | Alefacept | |
L04AA18 | Everolimus | |
L04AA19 | Gusperimus | |
L04AA21 | Efalizumab | |
L04AA22 | Abetimus | |
L04AA23 | Natalizumab | |
L04AA24 | Abatacept | |
L04AA25 | Eculizumab | |
L04AA26 | Belimumab | |
L04AA27 | Fingolimod | |
L04AA28 | Belatacept | |
L04AA29 | Tofacitinib | |
L04AA31 | Teriflunomid | |
L04AA32 | Apremilast | |
L04AA33 | Vedolizumab | |
L04AA34 | Alemtuzumab | |
L04AA35 | Begelomab | |
L04AA36 | Ocrelizumab | |
L04AA37 | Baricitinib | |
L04AA38 | Ozanimod | |
L04AA39 | Emapalumab | |
L04AA40 | Cladribin | |
L04AA41 | Imlifidase | |
L04AA42 | Siponimod | |
L04AA43 | Ravulizumab | |
L04AA44 | Upadacitinib | |
L04AA45 | Filgotinib | |
L04AA46 | Itacitinib | |
L04AA47 | Inebilizumab | |
L04AA48 | Belumosudil | |
L04AA49 | Peficitinib | |
L04AA50 | Ponesimod | |
L04AA51 | Anifrolumab | |
L04AA52 | Ofatumumab | |
L04AA53 | Teprotumumab | |
L04AB | Tumornekrosefaktor alpha (TNF-alpha)-Inhibitoren | |
L04AB01 | Etanercept | |
L04AB02 | Infliximab | |
L04AB03 | Afelimomab | |
L04AB04 | Adalimumab | |
L04AB05 | Certolizumab pegol | |
L04AB06 | Golimumab | |
L04AB07 | Opinercept | |
L04AC | Interleukin-Inhibitoren | |
L04AC01 | Daclizumab | |
L04AC02 | Basiliximab | |
L04AC03 | Anakinra | |
L04AC04 | Rilonacept | |
L04AC05 | Ustekinumab | |
L04AC07 | Tocilizumab | |
L04AC08 | Canakinumab | |
L04AC09 | Briakinumab | |
L04AC10 | Secukinumab | |
L04AC11 | Siltuximab | |
L04AC12 | Brodalumab | |
L04AC13 | Ixekizumab | |
L04AC14 | Sarilumab | |
L04AC15 | Sirukumab | |
L04AC16 | Guselkumab | |
L04AC17 | Tildrakizumab | |
L04AC18 | Risankizumab | |
L04AC19 | Satralizumab | |
L04AC20 | Netakimab | |
L04AC21 | Bimekizumab | |
L04AD | Calcineurin-Inhibitoren | |
L04AD01 | Ciclosporin | |
L04AD02 | Tacrolimus | |
L04AD03 | Voclosporin | |
L04AX | Andere Immunsuppressiva | |
L04AX01 | Azathioprin | |
L04AX02 | Thalidomid | |
L04AX03 | Methotrexat | |
L04AX04 | Lenalidomid | |
L04AX05 | Pirfenidon | |
L04AX06 | Pomalidomid | |
L04AX07 | Dimethylfumarat | |
L04AX08 | Darvadstrocel | |
L04AX09 | Diroximelfumarat | |
L04AX18 | Humane allogene mesenchymale Stromazellen | |
L01B | ANTIMETABOLITEN | |
L01BA | Folsäure-Analoga | |
L01BA01 | Methotrexat | |
L01BA03 | Raltitrexed | |
L01BA04 | Pemetrexed | |
L01BA05 | Pralatrexat | |
L01BB | Purin-Analoga | |
L01BB02 | Mercaptopurin | |
L01BB03 | Tioguanin | |
L01BB04 | Cladribin | |
L01BB05 | Fludarabin | |
L01BB06 | Clofarabin | |
L01BB07 | Nelarabin | |
L01BC | Pyrimidin-Analoga | |
L01BC01 | Cytarabin | |
L01BC02 | Fluorouracil | |
L01BC03 | Tegafur | |
L01BC04 | Carmofur | |
L01BC05 | Gemcitabin | |
L01BC06 | Capecitabin | |
L01BC07 | Azacitidin | |
L01BC08 | Decitabin | |
L01BC09 | Floxuridin | |
L01BC52 | Fluorouracil, Kombinationen | |
L01BC53 | Tegafur, Kombinationen | |
L01BC59 | Trifluridin, Kombinationen | |
L01BC63 | Tegafur und Uracil | |
L01BC73 | Tegafur, Gimeracil und Oteracil | |
L01A | ALKYLIERENDE MITTEL | |
L01AA | Stickstofflost-Analoga | |
L01AA01 | Cyclophosphamid | |
L01AA02 | Chlorambucil | |
L01AA03 | Melphalan | |
L01AA05 | Chlormethin | |
L01AA06 | Ifosfamid | |
L01AA07 | Trofosfamid | |
L01AA08 | Prednimustin | |
L01AA09 | Bendamustin | |
L01AB | Alkylsulfonate | |
L01AB01 | Busulfan | |
L01AB02 | Treosulfan | |
L01AB03 | Mannosulfan | |
L01AC | Ethylenimine | |
L01AC01 | Thiotepa | |
L01AC02 | Triaziquon | |
L01AC03 | Carboquon | |
L01AD | Nitrosoharnstoffe | |
L01AD01 | Carmustin | |
L01AD02 | Lomustin | |
L01AD03 | Semustin | |
L01AD04 | Streptozocin | |
L01AD05 | Fotemustin | |
L01AD06 | Nimustin | |
L01AD07 | Ranimustin | |
L01AD08 | Uramustin | |
L01AG | Epoxide | |
L01AG01 | Etoglucid | |
L01AX | Andere alkylierende Mittel | |
L01AX01 | Mitobronitol | |
L01AX02 | Pipobroman | |
L01AX03 | Temozolomid | |
L01AX04 | Dacarbazin | |
L01XC | Monoklonale Antikörper | |
L01XC01 | Edrecolomab | |
L01XC02 | Rituximab | |
L01XC03 | Trastuzumab | |
L01XC04 | Alemtuzumab | |
L01XC05 | Gemtuzumab ozogamicin | |
L01XC06 | Cetuximab | |
L01XC07 | Bevacizumab | |
L01XC08 | Panitumumab | |
L01XC09 | Catumaxomab | |
L01XC10 | Ofatumumab | |
L01XC11 | Ipilimumab | |
L01XC12 | Brentuximab vedotin | |
L01XC13 | Pertuzumab | |
L01XC14 | Trastuzumab emtansin | |
L01XC15 | Obinutuzumab | |
L01XC16 | Dinutuximab beta | |
L01XC17 | Nivolumab | |
L01XC18 | Pembrolizumab | |
L01XC19 | Blinatumomab | |
L01XC21 | Ramucirumab | |
L01XC22 | Necitumumab | |
L01XC23 | Elotuzumab | |
L01XC24 | Daratumumab | |
L01XC25 | Mogamulizumab | |
L01XC26 | Inotuzumab ozogamicin | |
L01XC27 | Olaratumab | |
L01XC28 | Durvalumab | |
L01XC29 | Bermekimab | |
L01XC31 | Avelumab | |
L01XC32 | Atezolizumab | |
L01XC33 | Cemiplimab | |
L01XC34 | Moxetumomab pasudotox | |
L01XC35 | Tafasitamab | |
L01XC36 | Enfortumab vedotin | |
L01XC37 | Polatuzumab vedotin | |
L01XC38 | Isatuximab | |
L01XC39 | Belantamab mafodotin | |
L01XC40 | Dostarlimab | |
L01XC41 | Trastuzumab deruxtecan | |
L01XC42 | Prolgolimab | |
L01EJ | Janus-assoziierte Kinase (JAK)-Inhibitoren | |
L01EJ01 | Ruxolitinib | |
L01EJ02 | Fedratinib | |
L01E | PROTEINKINASE-INHIBITOREN | |
L01EA | BCR-ABL-Tyrosinkinase-Inhibitoren | |
L01EA01 | Imatinib | |
L01EA02 | Dasatinib | |
L01EA03 | Nilotinib | |
L01EA04 | Bosutinib | |
L01EA05 | Ponatinib | |
L01EA06 | Asciminib | |
L01EB | Epidermaler Wachstumsfaktor-Rezeptor (EGFR)-Tyrosinkinase-Inhibitoren | |
L01EB01 | Gefitinib | |
L01EB02 | Erlotinib | |
L01EB03 | Afatinib | |
L01EB04 | Osimertinib | |
L01EB05 | Rociletinib | |
L01EB06 | Olmutinib | |
L01EB07 | Dacomitinib | |
L01EB08 | Icotinib | |
L01EC | BRAF-Serin-Threoninkinase-Inhibitoren | |
L01EC01 | Vemurafenib | |
L01EC02 | Dabrafenib | |
L01EC03 | Encorafenib | |
L01ED | Anaplastische Lymphomkinase (ALK)-Inhibitoren | |
L01ED01 | Crizotinib | |
L01ED02 | Ceritinib | |
L01ED03 | Alectinib | |
L01ED04 | Brigatinib | |
L01ED05 | Lorlatinib | |
L01EE | Mitogen-aktivierte Proteinkinase (MEK)-Inhibitoren | |
L01EE01 | Trametinib | |
L01EE02 | Cobimetinib | |
L01EE03 | Binimetinib | |
L01EE04 | Selumetinib | |
L01EF | Cyclin-abhängige Kinasen (CDK)-Inhibitoren | |
L01EF01 | Palbociclib | |
L01EF02 | Ribociclib | |
L01EF03 | Abemaciclib | |
L01EH | Humaner epidermaler Wachstumsfaktor-Rezeptor 2 (HER2)-Tyrosinkinase-Inhibitoren | |
L01EH01 | Lapatinib | |
L01EH02 | Neratinib | |
L01EH03 | Tucatinib | |
L01EK | Vaskulärer endothelialer Wachstumsfaktor-Rezeptor (VEGFR)-Tyrosinkinase-Inhibitoren | |
L01EK01 | Axitinib | |
L01EK02 | Cediranib | |
L01EK03 | Tivozanib | |
L01EL | Bruton-Tyrosinkinase (BTK)-Inhibitoren | |
L01EL01 | Ibrutinib | |
L01EL02 | Acalabrutinib | |
L01EL03 | Zanubrutinib | |
L01EM | Phosphatidylinositol-3-kinase (Pi3K)-Inhibitoren | |
L01EM01 | Idelalisib | |
L01EM02 | Copanlisib | |
L01EM03 | Alpelisib | |
L01EM04 | Duvelisib | |
L01EX | Andere Proteinkinase-Inhibitoren | |
L01EX01 | Sunitinib | |
L01EX02 | Sorafenib | |
L01EX03 | Pazopanib | |
L01EX04 | Vandetanib | |
L01EX05 | Regorafenib | |
L01EX06 | Masitinib | |
L01EX07 | Cabozantinib | |
L01EX08 | Lenvatinib | |
L01EX09 | Nintedanib | |
L01EX10 | Midostaurin | |
L01EX11 | Quizartinib | |
L01EX12 | Larotrectinib | |
L01EX13 | Gilteritinib | |
L01EX14 | Entrectinib | |
L01EX15 | Pexidartinib | |
L01EX16 | Erdafitinib | |
L01EX17 | Capmatinib | |
L01EX18 | Avapritinib | |
L01EX19 | Ripretinib | |
L01EX20 | Pemigatinib | |
L01EX21 | Tepotinib | |
L01EX22 | Selpercatinib | |
L01EX23 | Pralsetinib | |
R03DX | Andere Mittel bei obstruktiven Atemwegserkrankungen zur systemischen Anwendung | |
R03DX01 | Amlexanox | |
R03DX02 | Eprozinol | |
R03DX03 | Fenspirid | |
R03DX05 | Omalizumab | |
R03DX06 | Seratrodast | |
R03DX07 | Roflumilast | |
R03DX08 | Reslizumab | |
R03DX09 | Mepolizumab | |
R03DX10 | Benralizumab | |
R03DX11 | Tezepelumab | |
R03DX50 | Andere systemische Antiasthmatika, Kombinationen | |
L03AB | Interferone | |
L03AB01 | Interferon alfa, natürlich | |
L03AB02 | Interferon beta, natürlich | |
L03AB03 | Interferon gamma | |
L03AB04 | Interferon alfa-2a | |
L03AB05 | Interferon alfa-2b | |
L03AB06 | Interferon alfa-n1 | |
L03AB07 | Interferon beta-1a | |
L03AB08 | Interferon beta-1b | |
L03AB09 | Interferon alfacon-1 | |
L03AB10 | Peginterferon alfa-2b | |
L03AB11 | Peginterferon alfa-2a | |
L03AB12 | Albinterferon alfa-2b | |
L03AB13 | Peginterferon beta-1a | |
L03AB14 | Cepeginterferon alfa-2b | |
L03AB15 | Ropeginterferon alfa-2b | |
L03AB18 | Interferon gamma-1b | |
L03AB60 | Peginterferon alfa-2b, Kombinationen | |
L03AB61 | Peginterferon alfa-2a, Kombinationen |
Explanation of the columns that may appear on this page:
Level | A few code lists that FHIR defines are hierarchical - each code is assigned a level. In this scheme, some codes are under other codes, and imply that the code they are under also applies |
Source | The source of the definition of the code (when the value set draws in codes defined elsewhere) |
Code | The code (used as the code in the resource instance) |
Display | The display (used in the display element of a Coding). If there is no display, implementers should not simply display the code, but map the concept into their application |
Definition | An explanation of the meaning of the concept |
Comments | Additional notes about how to use the code |