Reimbursement
Reimbursement and coding of CytoSorb Therapy
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We understand the importance of accurate coding and billing practices tailored to different healthcare systems, and our team provides support and guidance relevant to your region. Reimbursement and coding information provided here is specific and available to certain countries only. If information for your country is not listed, kindly contact us for further assistance. Thank you for your understanding and cooperation!
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Please note that the following content is specific to Germany and will be displayed in German language.
Kodierung der CytoSorb-Adsorber
Die Hämoadsorption mit CytoSorb Adsorbern wird mit dem spezifischen OPS-Code 8-821.30 Hämoperfusion [Vollblut-Adsorption] selektiv, zur Entfernung hydrophober Substanzen (niedrig- und/oder mittelmolekular) kodiert. Dieser ist der seit 2024 neuen Codegruppe 8-821.3 Hämoperfusion [Vollblut-Adsorption] zugeordnet.
Finanzierung der CytoSorb-Adsorber
Der OPS-Code löst das individuell zu verhandelnde Zusatzentgelt ZE2025-09 Hämoperfusion und Adsorption zur Entfernung hydrophober Substanzen gem. Anlage 6 des Fallpauschalenkatalogs aus. Ein früher verhandeltes Entgelt (bspw. ZE2024-09) kann wie gewohnt bis zur neuen Budgetverhandlung weiter abgerechnet werden.
Alle Informationen zur Finanzierung der CytoSorb-Adsorber finden Sie unten:
Alle Informationen finden Sie gebündelt in folgender Broschüre:
Kodierung der CytoSorb-Adsorber
Der Kodebereich für die Plasmapherese, Adsorption (bisher: Immunadsorption) und verwandte Verfahren (8-82) wurde umstrukturiert, um eine präzisere Abbildung und korrektere Verschlüsselung dieser Verfahren zu ermöglichen. Die CytoSorb® Therapie wird daher ab 01.01.2024 mit dem neuen OPS-Code 8-821.30 Selektiv, zur Entfernung hydrophober Substanzen (niedrig- und/oder mittelmolekular) inkl. Zytokin-Adsorption kodiert. Dieser ist der neuen Codegruppe 8-821.3 Hämoperfusion [Vollblut-Adsorption] zugeordnet.
Bis Ende 2023 gilt der OPS-Code 8-821.2 Extrakorporale Adsorption niedrig- und mittelmolekularer, hydrophober Substanzen (inkl. Zytokin-Adsorption).
Finanzierung der CytoSorb-Adsorber
Dem neuen OPS-Code ist das bekannte, individuell zu verhandelnde Zusatzentgelt ZE2024-09 Hämoperfusion und Adsorption zur Entfernung hydrophober Substanzen gem. Anlage 6 des Fallpauschalenkatalogs zugeordnet. Ein früher verhandeltes Entgelt (bspw. ZE2023-09) kann wie gewohnt bis zur neuen Budgetverhandlung weiter abgerechnet werden.
Alle Informationen zur Finanzierung der CytoSorb-Adsorber finden Sie unten:
Alle Informationen finden Sie gebündelt in folgender Broschüre:Kodierung der CytoSorb-Adsorber
Die CytoSorb-Therapie wird über den OPS-Code 8-821.2 „Extrakorporale Adsorption niedrig- und mittelmolekularer, hydrophober Substanzen (inkl. Zytokin-Adsorption)“ kodiert.
Dem OPS-Code ist das individuell zu verhandelnde Zusatzentgelt ZE 2023-09 Hämoperfusion und Adsorption zur Entfernung hydrophober Substanzen gem. Anlage 6 des Fallpauschalenkatalogs zugeordnet.
Finanzierung der CytoSorb-Adsorber
Alle Informationen zur Finanzierung der CytoSorb-Adsorber finden Sie unten:
Alle Informationen finden Sie gebündelt in folgender Broschüre:
Kodierung der CytoSorb-Adsorber
Die CytoSorb-Therapie wird über den OPS-Code 8-821.2 „Extrakorporale Adsorption niedrig- und mittelmolekularer, hydrophober Substanzen (inkl. Zytokin-Adsorption)“ kodiert.
Dem OPS-Code 8-821.2 ist das individuell zu verhandelnde Zusatzentgelt ZE 2022-09 gem. Anlage 6 des Fallpauschalenkatalogs zugeordnet.
Bitte beachten Sie, dass dem Zusatzentgelt ZE 2022-09 zwei Behandlungsprozeduren zugeordnet sind; zum einen die klassische Hämoperfusion (z.B. mit Aktivkohlefiltern), zu kodieren mit dem OPS-Code 8-856; zum anderen die CytoSorb-Therapie, zu kodieren mit dem OPS-Code 8-821.2. Zur einfacheren Verhandlung, Differenzierung und Dokumentation der unterschiedlichen Entgelte können beim Zusatzentgelt-Code bspw. ein Buchstabe ergänzt werden, so z.B.:
ZE-Code & OPS-Code ZE2022-09-a 8-821.2 Extrakorporale Adsorption niedrig- und mittelmolekularer, hydrophober Substanzen ZE2022-09-b 8-856 Hämoperfusion Finanzierung der CytoSorb-Adsorber
Alle Informationen zur Finanzierung der CytoSorb-Adsorber finden Sie unten:
- Link zum OPS-Code Katalog 2022 des DIMDI
- Link zum Fallpauschalenkatalog 2022 des InEK
- Download Flyer
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Kontakt
Franziska Preissing
Senior Director Reimbursement Germany
E-Mail: [email protected]
Tel: +49 (0) 30 765 846 638 -
Please note that the following content is specific to Switzerland and will be displayed in the local language.
Kodierung der CytoSorb-Adsorber
Die CytoSorb-Therapie wird seit dem 1. Januar 2020 über den CHOP-Kode 99.76.31 „Extrakorporale Adsorption hydrophober, niedrig- und mittelmolekularer Substanzen. Adsorption von Interleukinen. Adsorption von Zytokinen“ kodiert.
Finanzierung der CytoSorb-Adsorber
Die Kosten des CytoSorb Adsorbers sind über die jeweilige DRG gedeckt.
Alle Informationen zur Finanzierung der CytoSorb-Adsorber finden Sie unten:
Jetzt einloggenZum Login-Bereich
Für weitere Informationen, Downloads und unterstützende Unterlagen hier entlang
Kontakt
Franziska Preissing
Director Reimbursement Germany
E-Mail: [email protected]
Tel: +49 (0) 30 765 846 638
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Voices around the world
Dr. Heinz Jakob
Essen, GermanyListen to Dr. Heinz Jakob talk about his experiences with CytoSorb Therapy.
Dr. Filipo Aucella
Italy, San GiovanniWhen we started to use CytoSorb®, we were very impressed by the rapid decrease of myoglobin concentrations, and the renal damage also improved very rapidly.
Dr. Maria Grazia Calabro
Italy, MilanCytoSorb is effective in reducing bilirubin, creatinine, and lactate in patients who are critically ill, mainly due to cardiogenic shock.
Dr. Tobias Hübner
Switzerland, MünsterlingenThe reason for us to use CytoSorb in the ICU was the lack of treatment options. We never had anything in sepsis, and CytoSorb® is the new star on the horizon.
Dr. Gabriella Bottari
Italy, RomeWe have applied CytoSorb in critical ill children with septic shock, with very good results.
Dr. Mihai Popescu
Romania, BucharestOur results show a potential benefit of CytoSorb in rebalancing liver function in patients with liver failure compared to MARS.
Dr. Serdar Gunaydin
Turkey, AnkaraOne of the most important indications for us to use CytoSorb® in is cardiac surgery, as it has also been cited in many guidelines.
Dr. Willem Pieter Brouwer
The Netherlands, RotterdamIntervention with CytoSorb may be associated with decreased all-cause mortality at 28 days compared to continuous renal replacement therapy alone.
Prof. Jean Louis Vincent
Belgium, BrusselsI would like to send my congratulations on the 10th anniversary of CytoSorb®. It is great how you have created a new way of blood purification therapy.
Juan Carlos Ruiz-Rodriguez
Spain, BarcelonaThis case highlights that cytokine hemoadsorption can lead to a rapid decrease in IL-10 levels, and significant hemodynamic improvement was achieved.
Dr. Gabriella Bottari
Italy, RomeHemoperfusion with CytoSorb in combination with continuous kidney renal therapy is a valuable therapeutic option in sepsis-associated acute kidney injury.
Dr. Askhat Saparov
Kazakhstan, AstanaCytoSorb was safe and well-tolerated in a pediatric patient and has proven its value as an adjuvant therapy for sepsis in pediatric patient populations.
Prof. Peter Pickkers
The Netherlands, NijmeganThe treatment with the CytoSorb® adsorber does reduce circulating concentrations at day one.
Dr. Abdulrahman Alharthy
Saudi Arabia, RiyadhIn this retrospective case series, CRRT with CytoSorb provided a safe rescue therapy in COVID-19 with associated AKI, ARDS, sepsis, and hyperinflammation.
Dr. Kai Singbartl
USA, PhoenixThe case represents the first successful application of CytoSorb in severe refractory neurotoxicity following treatment with chimeric-antigen-receptor T cells.
Dr. Henriette Roed-Undlien
Norway, OsloIn this in vitro study, apixaban levels were effectively reduced, and the clotting time and thrombin generation assays were normalized by the use of CytoSorb.
Dr. Aleksandr Burov
Russia, MoskowThis case series demonstrates that combined blood purification therapy including CytoSorb may have a role for septic shock patients with primary brain injury.
Prof. JW Awori Hayanga
USA, MorgantownIn COVID-19 ARDS on VV-ECMO + hemoadsorption, 90-day survival 74% and early intervention associated with shorter organ support, supporting “enhanced lung rest”.
Dr. Haider Ghaidan
Sweden, LundCytoSorb restored lung function and reduced PGD in lung transplantation. We suggest this treatment will increase tolerability of donor lungs in recipients.
Dr. Pawel Piwowarczyk
Poland, LublinCytoSorb Therapy was able to facilitate long-term regain of balance between inflammatory process, cytokine production, and bilirubin turnover in the liver.
Dr. Anna Krakowiak
Poland, LodzIn the event of poisoning with inorganic mercury compounds, CRRT using CytoSorb as an extracorporeal blood purification method may be considered.
Dr. Vanja Persic
Slovenia, LjubljanaUse of CytoSorb in shocked SIRS patients was associated with rapid IL-6 decrease and hemodynamic improvement, with improved observed vs predicted survival.
Dr. Simao Rodeia
Portugal, LisbonCytokine adsorption therapy with CytoSorb was employed with no direct complications, and helped control the inflammatory state.
Dr. Christopher Rugg
Austria, InnsbruckCatecholamines decreased within 24 h after initiation of CytoSorb Therapy; in-hospital mortality was significantly lower in the CytoSorb group (35.7% vs 61.9%).
Perfusionist Anna Holmen
Sweden, GothenburgThe accumulated norepi dose in the CytoSorb gp was half or less at all postop time points compared to controls..with significantly lower need for RBC.
Assoc. Prof. Berna Kaya Ugur
Turkey, GaziantepUse of CytoSorb achieved significant decreases in endocan, copeptin, IL-6, procalcitonin and C-reactive protein levels.
Dr. John Ferdinand
UK, CambridgeOur data suggest that adsorption of pro-inflammatory mediators from perfusate with CytoSorb represents potential intervention which may improve organ viability.
Prof. Dana Tomescu
Romania, BucharestThe use of CytoSorb in patients with severe acute pancreatitis was associated with improved hemodynamics and decreased inflammatory markers.
Dr. Arosha Minori Gunasekera
Sri Lanka, ColomboThis patient with acute liver failure was managed successfully with supportive therapy, aided by CytoSorb hemoadsorption and therapeutic plasma exchange.
Dr. Endre Nemeth
Hungary, BudapestIntraoperative hemoadsorption associated with better hemodynamics, lower post-op AKI and RRT, stable bilirubin, and shorter mechanical ventilation time and ICU
Dr. Fatime Hawchar
Hungary, SzegedThe first trial to investigate the effects of early extracorporeal cytokine adsorption treatment in septic shock applied without renal replacement therapy.
Dr. Wun Fung Hui
Hong Kong, Hong KongHemoadsorption with CytoSorb can be considered as an adjunctive therapy for children with severe rhabdomyolysis-associated acute kidney injury.
Dr. Maroua Eid
France, AngersThis case describes the successful use of CytoSorb with CRRT and extracorporeal life support in a combined way to overcome a critical phase of septic shock.
Dr. Marine Peyneau
France, ParisCytoSorb appears to be safe and promising to fight post-lung transplantation inflammation, and should be re-evaluated in a larger study.
Dr. Daniel Lovric
Croatia, ZagrebThis is the first study showing an increase in urinary output and a trend towards better survival among patients on VA ECMO treated with CytoSorb.
Prof. Pedja Kovacevic
Bosnia and Herzegovina, Banja LukaThis case series describes potential positive effects of hemoadsorption in preventing the development of systemic hyperinflammation after vvECMO in ARDS.
Certified Clinical Perfusionist Martin Clerici
Argentina, Buenos AiresIntraoperative use of CytoSorb® in an endocarditis patient with extensive cardiovascular history was associated with improvements in the hemodynamic situation.
Prof. Dorel Sandec
Romania, TimisoaraWe treated more than 75 patients with CytoSorb® because we realized, we feel, we see, we measure a significant effect on the evolution of the patient.
Dr. Voyka Gorjup
Slovenia, LjubljanaThe most prominent clinical effect is the lowering of vasopressors, hemodynamic stability, lowering of interleukins and in those patients who are on vvECMO…
Dr. Candido Amador
Panama, Panama CityIn my experience the vasopressor doses decreased, biomarkers of sepsis (…) and the inflammatory response as well as multiple organ function improved.
Assoc. Prof. Monir Sadat Hakemi
Iran, TehranIt seems that applying the CytoSorb in combination with CRRT in ICU septic patients with AKI is correlated with a significant decrease in mortality.
Dr. Yatin Mehta
India, GurgaonCytoSorb is indicated for use in conditions where elevated levels of cytokine and/or bilirubin and/or myoglobin exist.
Dr. L. Christian Napp
Germany, HannoverIn the most critically ill patients on ECMO support, we observed a drop in catecholamine demand and an improvement in clinical state on ECMO.
Prof. Steffen Mitzner
Germany, RostockWhat strikes you first is that you can stabilize patients in septic shock.