HighVolumeHDF

HighVolumeHDF - Fresenius Medical Care

HighVolumeHDF is Fresenius Medical Care  

  • Reduced mortality risk
  • Optimized use of resources with the CorDiax product line
  • Lower overall treatment costs

DISCLAIMER

Not all products and services are cleared or available for sale in all EU countries. Check your country web site for details. 

Benefits

Therapy advantages

Graph of weekly clearances
Internal data: schematic graph of weekly clearances

HighVolumeHDF with its numerous positive effects on cardiovascular risk factors in dialysis patients is acknowledged as the most effective dialysis treatment modality1, coming closer to the elimination profile of the natural kidney. By achieving high substitution volumes, HighVolumeHDF therapy is credited with more effective elimination of middle molecules. HighVolumeHDF improves patient outcomes and exerts beneficial effects on the potential cardiovascular risk factors related to dialysis patients:

  • Serum ß2-m and phosphate level2, 3, 4
  • Inflammatory response5
  • Intradialytic haemodynamic stability6
  • Anaemia control9

These factors possibly contribute to improved patient survival.8

Reduced mortality risk with HighVolumeHDF

HighVolumeHDF — most advanced and still cost-efficient

Optimized use of resources with the CorDiax product line

Diagram of dialysate flow
Internal data: Post-dilution with FX CorDiax 600 Hct = 35%; Recirculation = 5%

The innovative and highly automated features of the CorDiax product line support nursing staff by optimizing daily workflows and ensuring high and consistent levels of patient safety. The result is an easy integration of HighVolumeHDF in the daily routine. The preparation of sterile, non-pyrogenic substitution fluid for HighVolumeHDF is based on a double-stage filtration process.

  • No extra costs for an additional single-use filter
  • No need for ready-made rinse solutions or waste bag for priming or reinfusion

The AutoFlow feature automatically adapts the dialysate flow to the blood flow. This generates substantial savings in water, waste water, concentrates and energy, and results in considerable cost reductions.

HighVolumeHDF — lower overall treatment costs

Diagram of cost-saving potential of HighVolumeHDF
Cost-saving potential of HighVolumeHDF 
* Valid for patients on Sevelamer only

The main drivers for dialysis-related treatment costs are, in addition to direct procedure costs, hospitalization, and erythropoietin (EPO) and phosphate binder usage. In an economically-tight environment every opportunity to reduce the overall treatment cost should be examined. A high hospitalization rate does not only impacting the patients' quality of life but is the most expensive form of medical care in every healthcare system. HighVolumeHDF has the potential to significantly reduce hospitalization rates and hypotensive episodes.8 The amount of EPO1 and phosphate binders4,10 administered to dialysis patients has been shown to be reduced with the application of HDF. Thus, higher quality of care can be provided at a lower medication burden and medication cost.

From promise to proof

Our commitment to achieve the best possible results for every dialysis patient has fuelled our passion for hemodiafiltration (HDF). This passion rests on the firm belief that HDF is the best therapy for every patient.

Our conviction in HDF is now widely shared across the scientific community and backed by evidence. In recent years several publications have already confirmed the benefits of HDF.8,9,11-15. The Catalonian high-volume HDF study8 provides accumulating evidence for the benefits of this therapy. Convincing scientific evidence for significantly improved patient outcomes combined with the simple and reliable use of the 5008 CorDiax are compelling reasons to switch to HighVolumeHDF – now.

That’s why for more than 30 years Fresenius Medical Care has been developing products for Cardioprotective Hemodialysis, leading to the CorDiax product line — which perfectly supports the application of HighVolumeHDF therapy.

A history of commitment to HDF

  • 1983: 2008C

    1983: 2008C

    “Conventional HDF with solution bags"

  • 1988: A2008 Online HDF

    1988: A2008 Online HDF

    “Our first system for online preparation of substitution fluid”

  • 1998: 4008H ONLINEplus

    1998: 4008H ONLINEplus

    “Advanced ONLINEplus technology as optional module”

  • 2005: 5008 CorDiax Therapy System

    2005: 5008 CorDiax Therapy System “Online hemodiafiltration as standard treatment mode“

  • 2012: 5008 & 5008S

    2012: 5008 CorDiax & 5008S CorDiax

    “With AutoSubplus HighVolumeHDF becomes as simple and reliable as HD”

  • 2013

    2013

From hemodiafiltration to HighVolumeHDF

HDF is a renal replacement technique combining two principles – diffusion and convection. The convective process is based on the ultrafiltration of large amounts of plasma water across the membrane. This allows for the effective removal of larger solutes due to convection in addition to the diffusive transport of small molecules.

To maintain the fluid balance it is necessary to replace the additional ultrafiltration volume, ideally after the dialyzer, the so-called post-dilution HDF.

Volume matters in hemodiafiltration

Study

The Catalonian high-volume HDF study8

Improved Survival

Catalonian high-volume HDF study data
*Median delivered convective volume ranged from 23 to 24L/session
**92% on High-Flux HD
Graph adapted from original publication
30%risk reduction in all-cause mortality (p=0.01)
55%risk reduction in mortality from infection (p=0.03) 
61%risk reduction in mortality from stroke (p=0.03)

Compared with patients maintained on conventional high-flux hemodialysis, those randomized to high-efficiency postdilution online hemodiafiltration had significantly lower all-cause mortality.

Better patients‘ well-being

Reduced treatment costs

Study details8

Study aim:
To compare the impact of online hemodiafiltration over hemodialysis on patient survival.

Study design:
Multi-center, prospective randomized controlled trial promoted by the Catalonian Society of Nephrology.

Study endpoints:
The primary outcome variable was all-cause mortality, and secondary outcomes included cardiovascular mortality, all-cause hospitalization, treatment tolerance and laboratory data.

Patients:
906 chronic hemodialysis patients were assigned either to continue hemodialysis (n=450) or to be switched to high-efficiency postdilution online hemodiafiltration (n=456).  

Get the study details

Products

HighVolumeHDF is Fresenius Medical Care

HighVolumeHDF® image

The challenges of hemodiafiltration have led us to continuously develop new innovative products, which support the HighVolumeHDF therapy approach. Our long standing commitment to making HighVolumeHDF available to all patients has resulted in an advanced and highly synergetic portfolio. The result: The 5008 CorDiax and 5008S CorDiax in combination with the FX CorDiax HDF hemodiafilter and the Online Purification Cascade (OPC) today form an integrated therapy system, enhanced by services tailored to support your therapy.

5008 CorDiax and 5008S CorDiax: HighVolumeHDF as standard

5008 CorDiax and the 5008S CorDiax

With the new AutoSubplus function of the 5008 CorDiax and the 5008S CorDiax, HighVolumeHDF has become as simple and reliable as HD without any need for additional user interaction.

FX CorDiax Hemodiafilters: Superior by design

Illustration of the detailed head of FX CorDiax dialyzer

FX CorDiax hemodiafilters are designed for optimal flow conditions assuring effective middle molecule removal while avoiding albumin loss.

Online Purification Cascade (OPC): Intelligent water quality management

Online Purification Cascade (OPC) product line

The OPC product line covers all processes for the delivery of the large amounts of substitution fluids required for HighVolumeHDF therapy.

Learn more about Water technology

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HighVolumeHDFas standard.

 

1 Krick G, Ronco C (eds), Contributions to Nephrology (2011); 175: 93-109.
2 Canaud B., Contributions to Nephrology (2007); 158: 216-224.
3 Penne L. et al., Clinical Journal of the American Society of Nephrology (2010); 5: 80-86.
4 Davenport A., Nephrology Dialysis Transplantation (2010); 25: 897-901.
5 Pedrini L. et al., Nephrology Dialysis Transplantation (2011); 26: 2617-2624.
6 Locatelli F. et al., Journal of the American Society of Nephrology (2010); 21: 1798-1807.
7 Bonforte G. et al., Blood Purification (2002); 20: 357-363.
8 Maduell F. et al., Journal of the American Society of Nephrology (2013); 24: 487-497.
9 Ok E., et al., Nephrology Dialysis Transplantation (2013); 28: 192-202.
10 Pedrini, L. et al., Nephrology Dialysis Transplantation (2011); 26: 2617-2624.
11 Grooteman M.P. et al., Journal of the American Society of Nephrology (2012); 23(6): 1087-96.
12 Canaud B. et al., Kidney International (2006); 69(11): 2087-93
13 Mostovaya I.M. et al., Seminars in Dialysis (2014); 27(2): 119-127.
14 Peters S.A.E. et al., Nephrology Dialysis Transplantation (2016); 31: 978-984.
15 Basile C. et al., Journal of Nephrology (2017); 30(2): 181-186.