Association of ESA hypo-responsiveness and haemoglobin variability with mortality in hemodialysis patients.

A. Kainz(1,2), B. Mayer(3), R. Kramar(4), R. Oberbauer(1,2,4)

1- Department of Nephrology, Medical University of Vienna, Austria

2- Department of Nephrology, KH Elisabethinen, Linz, Austria

3- emergentec Biodevelopment GmbH, 1080 Vienna, Austria

4- Austrian Dialysis and Transplant Registry, Linz, Austria

 

// Tables
// Figures

Webtable 1:
Webtable 1:

Association of hemoglobin variability group with mortality in an unadjusted Cox model (reference group MM).

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Webfigure 1a:
Webfigure 1a:

Hemoglobin values of patients vs administered ESA dose for each year during followup time

a: first year of treatment

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Webfigure 1b:
Webfigure 1b:

Hemoglobin values of patients vs administered ESA dose for each year during followup time

b: second year of treatment

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Webfigure 1c:
Webfigure 1c:

Hemoglobin values of patients vs administered ESA dose for each year during followup time

c: third year of treatment

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Webfigure 1d:
Webfigure 1d:

Hemoglobin values of patients vs administered ESA dose for each year during followup time

d: fourth year of treatment

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Webtable 2:
Webtable 2:

Association of hemoglobin variability group with mortality. Cox model is adjusted by age, vintage of dialysis, and sex.

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Webfigure 2a:
Webfigure 2a:

Hazard ratio of ESA dose levels (reference value 12500 U/week)

a: ESA hypo-responder

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Webfigure 2b:
Webfigure 2b:

Hazard ratio of ESA dose levels (reference value 12500 U/week)

b: ESA responder

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Webtable 3:
Webtable 3:

Association of hemoglobin variability group with mortality. Cox model is adjusted by age, vintage of dialysis, sex, and ESA response group.

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Webfigure 3a:
Webfigure 3a:

Dependency of hazard ratio of achieved hemoglobin levels for patients with baseline hemoglobin corresponding to

a: group L

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Webfigure 3b:
Webfigure 3b:

Dependency of hazard ratio of achieved hemoglobin levels for patients with baseline hemoglobin corresponding to

b: group M

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Webfigure 3c:
Webfigure 3c:

Dependency of hazard ratio of achieved hemoglobin levels for patients with baseline hemoglobin corresponding to

c: group H

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Webtable 4:
Webtable 4:

Association of hemoglobin variability group with mortality. Cox model is adjusted by age, vintage of dialysis, sex, ESA response group, diabetes, and BMI. Missing BMI values were imputed by mulitple imputation through linear regression.

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Webfigure 4a:
Webfigure 4a:

Dependency of hazard ratio of ESA dose levels for patients with baseline hemoglobin corresponding to

a: group L

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Webfigure 4b:
Webfigure 4b:

Dependency of hazard ratio of ESA dose levels for patients with baseline hemoglobin corresponding to

b: group M

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Webfigure 4c:
Webfigure 4c:

Dependency of hazard ratio of ESA dose levels for patients with baseline hemoglobin corresponding to

c: group H

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Webfigure 5a:
Webfigure 5a:

Dependency of hazard ratio of ESA dose levels for patients with

a: baseline hemoglobin ≤ 12 g/dl

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Webfigure 5b:
Webfigure 5b:

Dependency of hazard ratio of ESA dose levels for patients with

b: baseline hemoglobin > 12 g/dl

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Webfigure 6a:
Webfigure 6a:

Dependency of hazard ratio of ESA dose levels for patients with

a: baseline hemoglobin ≤ 12 g/dl

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Webfigure 6b:
Webfigure 6b:

Dependency of hazard ratio of ESA dose levels for patients with

b: baseline hemoglobin > 12 g/dl

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Webfigure 7:
Webfigure 7:

Hazard ratio for haemoglobin levels of incident patients stratified in groups of ESA responsiveness.

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Webfigure 8:
Webfigure 8:

Hazard ratio for ESA dose of incident patients stratified in groups of ESA responsiveness.

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Webfigure 9:
Webfigure 9:

Hazard ratio for haemoglobin levels of prevalent patients stratified in groups of ESA responsiveness.

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Webfigure 10:
Webfigure 10:

Hazard ratio for ESA dose of prevalent patients stratified in groups of ESA responsiveness.

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SCIENTIFIC COLLABORATIONS