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A Study of Treatment With NeoRecormon (Epoetin Beta) in Patients With Chronic Renal Anemia

A Randomized, Open-label Study of the Effect of NeoRecormon on Reduction of Cardiovascular Risk in Patients With Chronic Renal Anemia Who Are Not on Renal Replacement Therapy.

Status
Completed
Phases
Phase 3
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT00321919
Enrollment
605
Registered
2006-05-04
Start date
2000-07-31
Completion date
2004-12-31
Last updated
2016-06-29

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Anemia

Brief summary

This study will evaluate whether anemia prevention with NeoRecormon has an additional impact on reducing cardiovascular risk over conventional anemia treatment in patients mostly with stage IV chronic kidney disease and renal anemia. The anticipated time on study treatment is 2+ years and the target sample size is 500+ individuals.

Interventions

Participants in the early treatment group immediately started epoetin beta treatment to reach a target Hb level of 13-15 g/dL at the end of the correction phase.

Sponsors

Hoffmann-La Roche
Lead SponsorINDUSTRY

Study design

Allocation
RANDOMIZED
Intervention model
PARALLEL
Primary purpose
TREATMENT
Masking
NONE

Eligibility

Sex/Gender
ALL
Age
18 Years to No maximum
Healthy volunteers
No

Inclusion criteria

* adult patients \>=18 years of age; * chronic renal anemia; * not receiving renal replacement therapy.

Exclusion criteria

* women who are pregnant or lactating; * previous treatment with erythropoietin or other erythropoietic substance; * blood transfusion within the last 3 months; * need for dialysis expected in the next 6 months; * administration of another investigational drug within 30 days preceding study start, or during the study.

Design outcomes

Primary

MeasureTime frameDescription
Median Time to First Cardiovascular EventUp to 4 yearsThe cardiovascular event was defined as any of the following: angina pectoris leading to hospitalization for at least 24 hours or prolongation of hospitalization, acute heart failure, fatal or non-fatal myocardial infarction, fatal or non-fatal stroke, sudden death, transient cerebral ischemic attack (TIA), peripheral vascular disease (amputation, necrosis), cardiac arrhythmias leading to hospitalization for at least 24 hours or prolongation of hospitalization. The time to occurrence of a cardiovascular event was determined as the time from randomization until any of the above listed events whichever occurred first. The first event per participant was used for the analysis. Only events confirmed by the Endpoint Committee were considered for analysis.

Secondary

MeasureTime frameDescription
Number of Participants Who Died Due to Cardiovascular EventsUp to 4 yearsThe cardiovascular event was defined as any of the following: angina pectoris leading to hospitalization for at least 24 hours or prolongation of hospitalization, acute heart failure, fatal or non-fatal myocardial infarction, fatal or non-fatal stroke, sudden death, transient cerebral ischemic attack (TIA), peripheral vascular disease (amputation, necrosis), cardiac arrhythmias leading to hospitalization for at least 24 hours or prolongation of hospitalization.
Median Time to Death Due to All CausesUp to 4 yearsTime to death due to all causes is the time determined between randomization and death due to all causes.
Number of Participants Who Died Due to All CausesUp to 4 yearsNumber of participants who died due to all causes are presented in table below.
Number of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)Up to 4 yearsThe NYHA functional classification assesses the severity of symptoms of chronic heart failure and is comprised of four classes. Class I is defined as no limitation of physical activity, Class II is defined as slight limitation of physical activity, Class III is defined as marked limitation of physical activity, and Class IV is defined as unable to carry on any physical activity without discomfort. Shifts of participants from CL 0, CL I, CL II, CL III, CL IV at Baseline (Day 1) to CL 0, CL I, CL II, CL III, CL IV during the study period was determined and presented.
Median Time to First Cardiovascular InterventionUp to 4 yearsTime to first cardiovascular intervention is the time between randomization and first intervention determined for all cardiovascular interventions after randomization. Cardiovascular interventions considered were: angioplasty with or without stents/atherectomy, coronary artery bypass surgery, cardioverter defibrillator (CD) cardioversion/defibrillation, temporary pacemaker, permanent pacemaker and implantable cardioverter defibrillator (ICD) implantation.
Total Number of Cardiovascular InterventionUp to 4 yearsCardiovascular intervention was defined by a clinical review of all concomitant treatments. The cardiovascular interventions considered were: angioplasty with or without stents/atherectomy, coronary artery bypass surgery, cardioverter defibrillator (CD) cardioversion/defibrillation, temporary pacemaker, permanent pacemaker and implantable cardioverter defibrillator (ICD) implantation. The total number of cardiovascular intervention was determined and presented by each cohort.
Median Time to First Hospitalization Due to Cardiovascular EventsUp to 4 yearsTime to first hospitalization due to cardiovascular events is defined as the time determined between randomization and first hospitalization due to cardiovascular events.
Duration of Hospitalization for Cardiovascular EventsUp to 4 yearsThe duration of hospitalization was the total number of days that a participant was hospitalized due to cardiovascular events. Participants with no hospitalization were excluded from analysis.
Median Time to Death Due to Cardiovascular EventsUp to 4 yearsTime to death due to cardiovascular events is the time determined between randomization and death due to cardiovascular events.
Mean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)Baseline, Week 12, Week 24, Week 36, and Week 48LVEF is a marker of left ventricular systolic function and determined by echocardiogram. It is expressed as the ratio of left ventricular stroke volume (LVSV) to left ventricular end-diastolic volume (LVEDV), and is measured as a percentage. FS is used as an estimate of myocardial contractility and determined by echocardiogram and measures as a percentage. The change for LVEF and FS was calculated as Week value minus baseline value.
Mean Change From Baseline in Left Ventricular Volume (LV Volume )Baseline, Week 12, Week 24, Week 36, and Week 48Left Ventricular Volume is the estimated of left ventricular end-diastolic volume (LVEDv) and left ventricular end-systolic volume (LVESV) determined by Echocardiogram. The change was calculated as week value minus baseline value.
Mean Values of Echocardiography ParametersBaseline, Year 1, Year 2, Year 3, and Year 4Mean values of Echocardiography (ECHO) Parameters: Left Ventricular End Diastolic Diameter (LVEDD), Left Ventricular Posterior Wall Thickness (LVPWT), IV Septal Wall Thickness (IVSWT), LV End Systolic Diameter (LVESD), LV Relative wall thickness (LVRWT) at Baseline, Year 1, Year 2, Year 3 and Year 4 were presented.
Mean Values of Body Surface AreaBaseline, Year 1, Year 2, Year 3, and Year 4.The body surface area (BSA) was determined by Echocardiogram. Absolute mean values of Echocardiography (ECHO) Parameter: Body surface area (BSA) at Baseline, Year 1, Year 2, Year 3 and Year 4 were calculated and presented.
Mean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireBaseline, Year 1, and Year 2The Quality of life was assessed on the basis of a change from baseline in the scores of each of the eight health scales in the SF-36 questionnaire. The SF-36 is a standardized survey evaluating 8 domains (consisting of 2 components; physical and mental) of functional health and well-being: physical and social functioning, physical and emotional role (role-physical, role-emotional) limitations, bodily pain, general health (GH), vitality, mental health. The score for a section is an average of the individual question scores, which are scaled from 0 (worst level of functioning) to 100 (100=best level of functioning). The least squares mean (LSM) change from baseline was determined by Analysis of covariance (ANCOVA) model and presented for each of the eight health scale.
Number of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsUp to 4 yearsAnti-hypertensive is defined as class of drugs that are used to treat hypertension. Numbers (No.) of participants treated with at least one hypertensive medication/Treatment (Tt) according to class of drugs were reported.
Number of Participants With Marked Laboratory AbnormalitiesBaseline, every 3 months up to 4 yearsMarked abnormality of laboratory parameters is defined as the value which is outside the defined reference range of that respective parameter. Values above and below the given reference range were determined as High or Low range values of the laboratory parameter. Roche's standard reference ranges for laboratory test parameters were used for the analysis. The laboratory parameters with marked abnormality are platelets (reference range is 150-350 10\^9 cells/liter \[L\]), creatinine (reference range is 0-133 micromole per liter), albumin (reference range is 35.0-55 g/L), phosphate (reference range is 0.84-1.45 millimole per liter \[mmol /L\]) and potassium (reference range is 3.4-4.8 mmol /L).
Mean Change From Baseline in Left Ventricular Mass Index (LVMI)Baseline, Week 12, Week 24, Week 36, and Week 48LVMI is determined by echocardiogram. LVMI indexed to body surface area (gram/square meter) estimated by LV cavity dimension and wall thickness at end-diastole. The change was calculated as week value minus baseline value.

Countries

Austria, Belgium, Czechia, Denmark, Finland, France, Germany, Greece, Hong Kong, Ireland, Italy, Mexico, Norway, Poland, Portugal, Russia, Spain, Sweden, Taiwan, Thailand, Turkey (Türkiye), United Kingdom

Participant flow

Recruitment details

This study was conducted from 26 July 2000 to 13 December 2004 at 94 centers in 21 countries.

Pre-assignment details

Of the 605 participants, 603 started the study; 2 were withdrawn from the study due to non-compliance with good clinical practice and were excluded from the analysis.

Participants by arm

ArmCount
Early Epoetin Beta Therapy
Participants received immediate epoetin beta therapy starting at 2000 IU, subcutaneously once weekly up to four years to reach a target Hb level of 13-15 g/dL; with an individual Hb increase of at least 2 g/dL within approximately 3 months.
301
Late Epoetin Beta Therapy
Participants received epoetin beta treatment starting at 2000 IU, subcutaneously once weekly up to four years only when a decline in Hb levels to \<10.5 g/dL had occurred in order to reach a target Hb of 10.5-11.5 g/dL.
302
Total603

Withdrawals & dropouts

PeriodReasonFG000FG001
Overall StudyAdverse Event1710
Overall StudyDeath2117
Overall StudyFailure to Return31
Overall StudyInsufficient Therapeutic Response10
Overall StudyOther Protocol Violation23
Overall StudyOther withdrawal reason76
Overall StudyRefused Treatment2314
Overall StudyViolation of Selection Criteria at Entry11

Baseline characteristics

CharacteristicEarly Epoetin Beta TherapyLate Epoetin Beta TherapyTotal
Age, Continuous59.3 years
STANDARD_DEVIATION 14.57
58.8 years
STANDARD_DEVIATION 13.73
59.0 years
STANDARD_DEVIATION 14.14
Sex: Female, Male
Female
130 Participants148 Participants278 Participants
Sex: Female, Male
Male
171 Participants154 Participants325 Participants

Adverse events

Event typeEG000
affected / at risk
EG001
affected / at risk
deaths
Total, all-cause mortality
— / —— / —
other
Total, other adverse events
243 / 300228 / 302
serious
Total, serious adverse events
158 / 300145 / 302

Outcome results

Primary

Median Time to First Cardiovascular Event

The cardiovascular event was defined as any of the following: angina pectoris leading to hospitalization for at least 24 hours or prolongation of hospitalization, acute heart failure, fatal or non-fatal myocardial infarction, fatal or non-fatal stroke, sudden death, transient cerebral ischemic attack (TIA), peripheral vascular disease (amputation, necrosis), cardiac arrhythmias leading to hospitalization for at least 24 hours or prolongation of hospitalization. The time to occurrence of a cardiovascular event was determined as the time from randomization until any of the above listed events whichever occurred first. The first event per participant was used for the analysis. Only events confirmed by the Endpoint Committee were considered for analysis.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (MEDIAN)
Early Epoetin Beta TherapyMedian Time to First Cardiovascular EventNA days
Late Epoetin Beta TherapyMedian Time to First Cardiovascular EventNA days
Comparison: The null hypothesis stated that there was no difference with regard to the event-free distribution of the combined endpoint of all protocol specified cardiovascular events between Early Epoetin beta therapy and Late Epoetin beta therapy groups.p-value: 0.203695% CI: [0.53, 1.14]Regression, Cox
Secondary

Duration of Hospitalization for Cardiovascular Events

The duration of hospitalization was the total number of days that a participant was hospitalized due to cardiovascular events. Participants with no hospitalization were excluded from analysis.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. Data for the participants present at the time of assessment was used for analysis.

ArmMeasureValue (MEAN)Dispersion
Early Epoetin Beta TherapyDuration of Hospitalization for Cardiovascular Events33.0 daysStandard Deviation 42
Late Epoetin Beta TherapyDuration of Hospitalization for Cardiovascular Events28.2 daysStandard Deviation 33.7
Secondary

Mean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)

LVEF is a marker of left ventricular systolic function and determined by echocardiogram. It is expressed as the ratio of left ventricular stroke volume (LVSV) to left ventricular end-diastolic volume (LVEDV), and is measured as a percentage. FS is used as an estimate of myocardial contractility and determined by echocardiogram and measures as a percentage. The change for LVEF and FS was calculated as Week value minus baseline value.

Time frame: Baseline, Week 12, Week 24, Week 36, and Week 48

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for LVEF and FS at Baseline, Week 12, Week 24, Week 36, and Week 48.

ArmMeasureGroupValue (MEAN)Dispersion
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Baseline; n = 219, 23381.31 percentageStandard Deviation 7.24
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 12; n = 170, 186-0.08 percentageStandard Deviation 7.32
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 24; n = 135, 147-0.47 percentageStandard Deviation 6.82
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 36; n = 74, 81-0.61 percentageStandard Deviation 8.61
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 48; n = 2,11-0.46 percentageStandard Deviation 2.92
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Baseline; n = 219, 23243.67 percentageStandard Deviation 7.12
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 12; n = 196, 2120.13 percentageStandard Deviation 6.79
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 24; n = 174, 1920.11 percentageStandard Deviation 7.1
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 36; n = 98, 1050.05 percentageStandard Deviation 8.16
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 48; n = 4,121.00 percentageStandard Deviation 2.83
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 24; n = 174, 192-0.19 percentageStandard Deviation 7.4
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Baseline; n = 219, 23381.95 percentageStandard Deviation 7.75
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Baseline; n = 219, 23244.67 percentageStandard Deviation 7.86
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 12; n = 170, 1860.08 percentageStandard Deviation 7.34
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 48; n = 4,123.00 percentageStandard Deviation 8.58
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 24; n = 135, 147-0.23 percentageStandard Deviation 7.01
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 12; n = 196, 2120.08 percentageStandard Deviation 7.34
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 36; n = 74, 810.24 percentageStandard Deviation 6.75
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)FS, Week 36; n = 98, 1050.70 percentageStandard Deviation 7.8
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Ejection Fraction (LVEF) and Fractional Myocardial Shortening (FS)LVEF, Week 48; n = 2,112.80 percentageStandard Deviation 8.12
Secondary

Mean Change From Baseline in Left Ventricular Mass Index (LVMI)

LVMI is determined by echocardiogram. LVMI indexed to body surface area (gram/square meter) estimated by LV cavity dimension and wall thickness at end-diastole. The change was calculated as week value minus baseline value.

Time frame: Baseline, Week 12, Week 24, Week 36, and Week 48

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for LVMI at Baseline, Week 12, Week 24, Week 36, and Week 48.

ArmMeasureGroupValue (MEAN)Dispersion
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Baseline; n = 219, 232120.32 gram/square meterStandard Deviation 35.03
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 24; n = 136, 146-6.58 gram/square meterStandard Deviation 26.94
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 48; n = 2, 112.00 gram/square meterStandard Deviation 2.83
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 36; n = 74, 81-1.30 gram/square meterStandard Deviation 36.04
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 12; n = 171, 186-5.06 gram/square meterStandard Deviation 24.81
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 48; n = 2, 11-27.27 gram/square meterStandard Deviation 29.47
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Baseline; n = 219, 232117.97 gram/square meterStandard Deviation 34.34
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 12; n = 171, 186-2.87 gram/square meterStandard Deviation 25.16
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 24; n = 136, 146-7.59 gram/square meterStandard Deviation 25.59
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Mass Index (LVMI)LVMI, Week 36; n = 74, 81-7.53 gram/square meterStandard Deviation 34.37
Secondary

Mean Change From Baseline in Left Ventricular Volume (LV Volume )

Left Ventricular Volume is the estimated of left ventricular end-diastolic volume (LVEDv) and left ventricular end-systolic volume (LVESV) determined by Echocardiogram. The change was calculated as week value minus baseline value.

Time frame: Baseline, Week 12, Week 24, Week 36, and Week 48

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for LV Volume at Baseline, Week 12, Week 24, Week 36 and Week 48.

ArmMeasureGroupValue (MEAN)Dispersion
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 12; n = 170, 186-2.83 milliliters per meter squareStandard Deviation 15.9
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 36; n = 72, 803.34 milliliters per meter squareStandard Deviation 24.29
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 24; n = 134, 146-0.69 milliliters per meter squareStandard Deviation 16.44
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 48; n = 2, 1114.48 milliliters per meter squareStandard Deviation 11.52
Early Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Baseline; n = 218, 23267.73 milliliters per meter squareStandard Deviation 19.2
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 48; n = 2, 117.91 milliliters per meter squareStandard Deviation 23.37
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Baseline; n = 218, 23265.11 milliliters per meter squareStandard Deviation 19.24
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 12; n = 170, 1863.15 milliliters per meter squareStandard Deviation 15.46
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 24; n = 134, 1462.62 milliliters per meter squareStandard Deviation 18.56
Late Epoetin Beta TherapyMean Change From Baseline in Left Ventricular Volume (LV Volume )LV Volume, Week 36; n = 72, 804.05 milliliters per meter squareStandard Deviation 19.08
Secondary

Mean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) Questionnaire

The Quality of life was assessed on the basis of a change from baseline in the scores of each of the eight health scales in the SF-36 questionnaire. The SF-36 is a standardized survey evaluating 8 domains (consisting of 2 components; physical and mental) of functional health and well-being: physical and social functioning, physical and emotional role (role-physical, role-emotional) limitations, bodily pain, general health (GH), vitality, mental health. The score for a section is an average of the individual question scores, which are scaled from 0 (worst level of functioning) to 100 (100=best level of functioning). The least squares mean (LSM) change from baseline was determined by Analysis of covariance (ANCOVA) model and presented for each of the eight health scale.

Time frame: Baseline, Year 1, and Year 2

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureGroupValue (LEAST_SQUARES_MEAN)Dispersion
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireGeneral Health, Year 14.1 units on a scaleStandard Error 1.01
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireGeneral Health, Year 22.3 units on a scaleStandard Error 1.14
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireMental Health, Year 12.7 units on a scaleStandard Error 0.98
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireMental Health, Year 22.0 units on a scaleStandard Error 1.07
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Function, Year 13.5 units on a scaleStandard Error 1.1
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Function, Year 2-2.5 units on a scaleStandard Error 1.33
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Role, Year 12.6 units on a scaleStandard Error 2.23
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Role, Year 2-2.3 units on a scaleStandard Error 2.59
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireSocial Function, Year 11.8 units on a scaleStandard Error 1.23
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireSocial Function, Year 2-0.1 units on a scaleStandard Error 1.44
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireVitality Function, Year 13.9 units on a scaleStandard Error 0.97
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireVitality Function, Year 22.8 units on a scaleStandard Error 1.1
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireBodily Pain, Year 1-0.2 units on a scaleStandard Error 1.37
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireBodily Pain, Year 2-2.0 units on a scaleStandard Error 1.53
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireEmotional Role, Year 10.4 units on a scaleStandard Error 2.17
Early Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireEmotional Role, Year 2-0.1 units on a scaleStandard Error 2.51
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireEmotional Role, Year 2-2.2 units on a scaleStandard Error 2.42
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireGeneral Health, Year 1-0.1 units on a scaleStandard Error 0.99
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireSocial Function, Year 1-3.0 units on a scaleStandard Error 1.21
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireGeneral Health, Year 2-1.9 units on a scaleStandard Error 1.08
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireBodily Pain, Year 1-2.1 units on a scaleStandard Error 1.35
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireMental Health, Year 1-2.1 units on a scaleStandard Error 0.96
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireSocial Function, Year 2-3.0 units on a scaleStandard Error 1.37
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireMental Health, Year 2-0.4 units on a scaleStandard Error 1.02
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireEmotional Role, Year 1-4.3 units on a scaleStandard Error 2.14
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Function, Year 1-2.1 units on a scaleStandard Error 1.1
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireVitality Function, Year 1-0.6 units on a scaleStandard Error 0.95
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Function, Year 2-2.5 units on a scaleStandard Error 1.27
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireBodily Pain, Year 2-1.2 units on a scaleStandard Error 1.46
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Role, Year 1-5.5 units on a scaleStandard Error 2.2
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnaireVitality Function, Year 2-1.0 units on a scaleStandard Error 1.05
Late Epoetin Beta TherapyMean Change From Baseline in the Scores of Each of The Eight Health Scales of Quality of Life Based on Short Form-36 (SF-36) QuestionnairePhysical Role, Year 2-7.3 units on a scaleStandard Error 2.47
Comparison: Mean Change from Baseline in the Score of General health scale of Quality of life for Year 1.p-value: 0.0029ANCOVA
Comparison: Mean Change from Baseline in the Score of General health scale of Quality of life for Year 2p-value: 0.0081ANCOVA
Comparison: Mean Change from Baseline in the Score of Mental health scale of Quality of life for Year 1p-value: 0.0005ANCOVA
Comparison: Mean Change from Baseline in the Score of Mental Health scale of Quality of life for Year 2p-value: 0.0965ANCOVA
Comparison: Mean Change from Baseline in the Score of Physical function scale of Quality of life for Year 1p-value: 0.0004ANCOVA
Comparison: Mean Change from Baseline in the Score of Physical function scale of Quality of life for Year 2p-value: 0.9864ANCOVA
Comparison: Mean Change from Baseline in the Score of Physical Role scale of Quality of life for Year 1p-value: 0.0097ANCOVA
Comparison: Mean Change from Baseline in the Score of Physical Role scale of Quality of life for Year 2p-value: 0.167ANCOVA
Comparison: Mean Change from Baseline in the Score of Social function scale of Quality of life for Year 1p-value: 0.0058ANCOVA
Comparison: Mean Change from Baseline in the Score of Social function scale of Quality of life for Year 2p-value: 0.1455ANCOVA
Comparison: Mean Change from Baseline in the Score of Vitality function scale of Quality of life for Year 1p-value: 0.0009ANCOVA
Comparison: Mean Change from Baseline in the Score of Vitality function scale of Quality of life for Year 2p-value: 0.0123ANCOVA
Comparison: Mean Change from Baseline in the Score of Bodily pain scale of Quality of life for Year 1p-value: 0.3155ANCOVA
Comparison: Mean Change from Baseline in the Score of Bodily pain scale of Quality of life for Year 2p-value: 0.7076ANCOVA
Comparison: Mean Change from Baseline in the Score of Emotional role scale of Quality of life for Year 1p-value: 0.1291ANCOVA
Comparison: Mean Change from Baseline in the Score of Emotional role scale of Quality of life for Year 2p-value: 0.5528ANCOVA
Secondary

Mean Values of Body Surface Area

The body surface area (BSA) was determined by Echocardiogram. Absolute mean values of Echocardiography (ECHO) Parameter: Body surface area (BSA) at Baseline, Year 1, Year 2, Year 3 and Year 4 were calculated and presented.

Time frame: Baseline, Year 1, Year 2, Year 3, and Year 4.

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for Body surface area through echocardiogram at Baseline, Year 1, Year 2, Year 3 and Year 4.

ArmMeasureGroupValue (MEAN)Dispersion
Early Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 1, n = 257, 2611.83 Square meterStandard Deviation 0.22
Early Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 3, n = 116, 1211.82 Square meterStandard Deviation 0.21
Early Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 2, n = 224, 2341.82 Square meterStandard Deviation 0.21
Early Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 4, n = 4, 111.96 Square meterStandard Deviation 0.21
Early Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Baseline, n = 287, 2901.83 Square meterStandard Deviation 0.22
Late Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 4, n = 4, 111.76 Square meterStandard Deviation 0.22
Late Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Baseline, n = 287, 2901.79 Square meterStandard Deviation 0.2
Late Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 1, n = 257, 2611.77 Square meterStandard Deviation 0.23
Late Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 2, n = 224, 2341.77 Square meterStandard Deviation 0.19
Late Epoetin Beta TherapyMean Values of Body Surface AreaBSA, Year 3, n = 116, 1211.72 Square meterStandard Deviation 0.19
Secondary

Mean Values of Echocardiography Parameters

Mean values of Echocardiography (ECHO) Parameters: Left Ventricular End Diastolic Diameter (LVEDD), Left Ventricular Posterior Wall Thickness (LVPWT), IV Septal Wall Thickness (IVSWT), LV End Systolic Diameter (LVESD), LV Relative wall thickness (LVRWT) at Baseline, Year 1, Year 2, Year 3 and Year 4 were presented.

Time frame: Baseline, Year 1, Year 2, Year 3, and Year 4

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for each echocardiography parameter at Baseline, Year 1, Year 2, Year 3 and Year 4.

ArmMeasureGroupValue (MEAN)Dispersion
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 2, n = 135, 1471.12 centimetersStandard Deviation 0.21
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 1, n = 170, 1861.02 centimetersStandard Deviation 0.17
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 3, n = 74, 811.14 centimetersStandard Deviation 0.25
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 3, n = 74, 815.09 centimetersStandard Deviation 0.71
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 4, n = 2, 111.30 centimetersStandard Deviation 0.05
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 2, n= 135, 1471.01 centimetersStandard Deviation 0.13
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Baseline, n = 219, 2335.05 centimetersStandard Deviation 0.67
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 1, n = 170, 1862.76 centimetersStandard Deviation 0.56
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 3, n = 74, 811.01 centimetersStandard Deviation 0.17
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 2, n = 135, 1472.78 centimetersStandard Deviation 0.58
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 4, n = 2,115.21 centimetersStandard Deviation 0.3
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 3, n = 74, 812.88 centimetersStandard Deviation 0.75
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 4, n = 2,111.08 centimetersStandard Deviation 0.13
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 4, n = 2, 112.93 centimetersStandard Deviation 0.22
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 2, n = 135, 1474.95 centimetersStandard Deviation 0.63
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Baseline, n = 219, 2330.42 centimetersStandard Deviation 0.08
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Baseline, n = 219, 2331.18 centimetersStandard Deviation 0.24
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 1, n = 170, 1860.42 centimetersStandard Deviation 0.08
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Baseline, n = 219, 2331.05 centimetersStandard Deviation 0.17
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 2, n = 135, 1470.41 centimetersStandard Deviation 0.06
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 1, n = 170, 1861.17 centimetersStandard Deviation 0.23
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 3, n = 74, 810.41 centimetersStandard Deviation 0.09
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 1, n = 170, 1864.93 centimetersStandard Deviation 0.62
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 4, n = 2, 110.41 centimetersStandard Deviation 0.03
Early Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Baseline, n = 219, 2332.85 centimetersStandard Deviation 0.58
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 4, n = 2, 110.37 centimetersStandard Deviation 0.07
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Baseline, n = 219, 2334.91 centimetersStandard Deviation 0.68
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 1, n = 170, 1864.94 centimetersStandard Deviation 0.65
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 2, n = 135, 1474.93 centimetersStandard Deviation 0.72
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 3, n = 74, 814.88 centimetersStandard Deviation 0.59
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVEDD, Year 4, n = 2,115.08 centimetersStandard Deviation 0.79
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Baseline, n = 219, 2331.05 centimetersStandard Deviation 0.17
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 1, n = 170, 1861.01 centimetersStandard Deviation 0.16
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 2, n= 135, 1470.99 centimetersStandard Deviation 0.14
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 3, n = 74, 811.00 centimetersStandard Deviation 0.13
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVPWT, Year 4, n = 2,110.92 centimetersStandard Deviation 0.16
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Baseline, n = 219, 2331.20 centimetersStandard Deviation 0.28
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 1, n = 170, 1861.13 centimetersStandard Deviation 0.24
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 2, n = 135, 1471.11 centimetersStandard Deviation 0.2
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 3, n = 74, 811.12 centimetersStandard Deviation 0.22
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersIVSWT, Year 4, n = 2, 111.04 centimetersStandard Deviation 0.2
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Baseline, n = 219, 2332.74 centimetersStandard Deviation 0.66
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 1, n = 170, 1862.73 centimetersStandard Deviation 0.62
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 2, n = 135, 1472.75 centimetersStandard Deviation 0.68
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 3, n = 74, 812.67 centimetersStandard Deviation 0.59
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVESD, Year 4, n = 2, 112.84 centimetersStandard Deviation 0.57
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Baseline, n = 219, 2330.43 centimetersStandard Deviation 0.09
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 1, n = 170, 1860.41 centimetersStandard Deviation 0.08
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 2, n = 135, 1470.41 centimetersStandard Deviation 0.07
Late Epoetin Beta TherapyMean Values of Echocardiography ParametersLVRWT, Year 3, n = 74, 810.42 centimetersStandard Deviation 0.07
Secondary

Median Time to Death Due to All Causes

Time to death due to all causes is the time determined between randomization and death due to all causes.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (MEDIAN)
Early Epoetin Beta TherapyMedian Time to Death Due to All CausesNA days
Late Epoetin Beta TherapyMedian Time to Death Due to All CausesNA days
p-value: 0.139195% CI: [0.38, 1.15]Regression, Cox
Secondary

Median Time to Death Due to Cardiovascular Events

Time to death due to cardiovascular events is the time determined between randomization and death due to cardiovascular events.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (MEDIAN)
Early Epoetin Beta TherapyMedian Time to Death Due to Cardiovascular EventsNA days
Late Epoetin Beta TherapyMedian Time to Death Due to Cardiovascular EventsNA days
p-value: 0.483395% CI: [0.33, 1.7]Regression, Cox
Secondary

Median Time to First Cardiovascular Intervention

Time to first cardiovascular intervention is the time between randomization and first intervention determined for all cardiovascular interventions after randomization. Cardiovascular interventions considered were: angioplasty with or without stents/atherectomy, coronary artery bypass surgery, cardioverter defibrillator (CD) cardioversion/defibrillation, temporary pacemaker, permanent pacemaker and implantable cardioverter defibrillator (ICD) implantation.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (MEDIAN)
Early Epoetin Beta TherapyMedian Time to First Cardiovascular InterventionNA days
Late Epoetin Beta TherapyMedian Time to First Cardiovascular InterventionNA days
p-value: 0.498595% CI: [0.43, 1.51]Regression, Cox
Secondary

Median Time to First Hospitalization Due to Cardiovascular Events

Time to first hospitalization due to cardiovascular events is defined as the time determined between randomization and first hospitalization due to cardiovascular events.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (MEDIAN)
Early Epoetin Beta TherapyMedian Time to First Hospitalization Due to Cardiovascular EventsNA days
Late Epoetin Beta TherapyMedian Time to First Hospitalization Due to Cardiovascular EventsNA days
p-value: 0.341995% CI: [0.55, 1.23]Regression, Cox
Secondary

Number of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)

The NYHA functional classification assesses the severity of symptoms of chronic heart failure and is comprised of four classes. Class I is defined as no limitation of physical activity, Class II is defined as slight limitation of physical activity, Class III is defined as marked limitation of physical activity, and Class IV is defined as unable to carry on any physical activity without discomfort. Shifts of participants from CL 0, CL I, CL II, CL III, CL IV at Baseline (Day 1) to CL 0, CL I, CL II, CL III, CL IV during the study period was determined and presented.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received. The n represents the number of participants assessed for shifts in NYHA class from baseline.

ArmMeasureGroupValue (NUMBER)
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL II; n = 167, 1497 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL III; n = 53, 442 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL II; n = 37, 435 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL IV; n = 53, 440 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL IV; n = 167, 1490 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL) to CL 0; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL III; n = 37, 430 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL I; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL I; n = 167, 1497 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL II; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL IV; n = 37, 430 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL III; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL 0; n = 37, 431 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL IV; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL 0; n = 53, 440 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL 0; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL III; n = 167, 1492 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL I; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL I; n = 53, 445 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL II; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL I; n = 37, 4328 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL III; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL II; n = 53, 4439 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL IV; n = 0, 00 participants
Early Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL 0; n = 167, 14949 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL IV; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL 0; n = 167, 14942 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL I; n = 167, 1494 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL II; n = 167, 1497 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL III; n = 167, 1491 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL 0 (BL) to CL IV; n = 167, 1490 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL 0; n = 37, 430 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL I; n = 37, 4334 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL II; n = 37, 434 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL III; n = 37, 430 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL I (BL) to CL IV; n = 37, 430 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL 0; n = 53, 440 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL I; n = 53, 441 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL II; n = 53, 4437 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL III; n = 53, 444 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL II (BL) to CL IV; n = 53, 440 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL) to CL 0; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL I; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL II; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL III; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL III (BL)to CL IV; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL 0; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL I; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL II; n = 0, 00 participants
Late Epoetin Beta TherapyNumber of Participants Experiencing Worsening of New York Heart Association (NYHA) Class (CL) of Chronic Heart Failure From Baseline (BL)From CL IV (BL)to CL III; n = 0, 00 participants
Secondary

Number of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of Drugs

Anti-hypertensive is defined as class of drugs that are used to treat hypertension. Numbers (No.) of participants treated with at least one hypertensive medication/Treatment (Tt) according to class of drugs were reported.

Time frame: Up to 4 years

Population: The safety analysis population included all participants who were randomized and who had received a safety follow-up whether or not they had received epoetin beta treatment.

ArmMeasureGroupValue (NUMBER)
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsNo. of participants with at least one Tt287 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCalcium Channel Blocking Agents201 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsLoop Diuretics183 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAngiotensin-Converting Enzyme Inhibitors158 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsBeta-Adrenoceptor Blocking Agents169 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAngiotensin-II Receptor Antagonists89 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAlpha-Adrenoreceptor Antagonists87 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAntihypertensive Agents55 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsThiazide And Related Diuretics44 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAntianginal Agents6 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsPotassium Sparing Diuretics4 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAldosterone Antagonists2 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCardiac Glycosides1 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsDiuretics2 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsSupplements1 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCalcium Compounds And Regulators0 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsMiscellaneous Drugs0 participants
Early Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsTricyclic Antidepressants1 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsDiuretics0 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsNo. of participants with at least one Tt282 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAntianginal Agents5 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCalcium Channel Blocking Agents204 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsTricyclic Antidepressants0 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsLoop Diuretics180 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsPotassium Sparing Diuretics7 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAngiotensin-Converting Enzyme Inhibitors153 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsSupplements1 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsBeta-Adrenoceptor Blocking Agents136 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAldosterone Antagonists5 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAngiotensin-II Receptor Antagonists96 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsMiscellaneous Drugs1 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAlpha-Adrenoreceptor Antagonists73 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCardiac Glycosides1 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsAntihypertensive Agents52 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsCalcium Compounds And Regulators1 participants
Late Epoetin Beta TherapyNumber of Participants on Blood Pressure/Anti-Hypertensive Treatment According to Class Of DrugsThiazide And Related Diuretics40 participants
Secondary

Number of Participants Who Died Due to All Causes

Number of participants who died due to all causes are presented in table below.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureGroupValue (NUMBER)
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSeptic Shock2 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesClostridial Infection1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSepsis1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesColon Cancer Metastatic0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Heart Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesEmbolic Stroke1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesIntestinal Infarction0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Respiratory Failure0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesIntestinal Ischaemia0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Myocardial Infarction1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesLaryngeal Cancer1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAngina Pectoris1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesLung Neoplasm Malignant0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCerebrovascular Accident2 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMetastases To Lung1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesArrhythmia1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMetastatic Neoplasm1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesBronchopneumonia1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMyocardial Infarction0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Arrest1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesOesophageal Carcinoma1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Failure Acute1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPeripheral Vascular Disorder1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardio-Respiratory Arrest1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPneumonia0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesRespiratory Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPulmonary Embolism0 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiopulmonary Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesRenal Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSudden Death4 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesUnevaluable Event1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCerebral Infarction1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesUraemic Encephalopathy1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesTotal Death Events for All-cause31 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesUraemic Encephalopathy0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesTotal Death Events for All-cause21 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSudden Death2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCerebrovascular Accident2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Failure2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Failure Acute2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSepsis2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Myocardial Infarction1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesBronchopneumonia1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesRespiratory Failure1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesSeptic Shock0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Heart Failure0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAcute Respiratory Failure1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesAngina Pectoris0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesArrhythmia0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiac Arrest0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardio-Respiratory Arrest0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCardiopulmonary Failure0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesCerebral Infarction0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesClostridial Infection0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesColon Cancer Metastatic1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesEmbolic Stroke0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesIntestinal Infarction1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesIntestinal Ischaemia1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesLaryngeal Cancer0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesLung Neoplasm Malignant1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMetastases To Lung0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMetastatic Neoplasm0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesMyocardial Infarction1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesOesophageal Carcinoma0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPeripheral Vascular Disorder0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPneumonia1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesPulmonary Embolism1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesRenal Failure0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to All CausesUnevaluable Event0 participants
Secondary

Number of Participants Who Died Due to Cardiovascular Events

The cardiovascular event was defined as any of the following: angina pectoris leading to hospitalization for at least 24 hours or prolongation of hospitalization, acute heart failure, fatal or non-fatal myocardial infarction, fatal or non-fatal stroke, sudden death, transient cerebral ischemic attack (TIA), peripheral vascular disease (amputation, necrosis), cardiac arrhythmias leading to hospitalization for at least 24 hours or prolongation of hospitalization.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureGroupValue (NUMBER)
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsTotal Cardiovascular Death Events8 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Failure Acute1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsAcute Myocardial Infarction1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsAngina Pectoris1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsArrhythmia1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Arrest1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardio-Respiratory Arrest1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiopulmonary Failure1 participants
Early Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsMyocardial Infarction0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardio-Respiratory Arrest0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsTotal Cardiovascular Death Events6 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsArrhythmia0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Failure2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsMyocardial Infarction1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Failure Acute2 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiac Arrest0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsAcute Myocardial Infarction1 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsCardiopulmonary Failure0 participants
Late Epoetin Beta TherapyNumber of Participants Who Died Due to Cardiovascular EventsAngina Pectoris0 participants
Secondary

Number of Participants With Marked Laboratory Abnormalities

Marked abnormality of laboratory parameters is defined as the value which is outside the defined reference range of that respective parameter. Values above and below the given reference range were determined as High or Low range values of the laboratory parameter. Roche's standard reference ranges for laboratory test parameters were used for the analysis. The laboratory parameters with marked abnormality are platelets (reference range is 150-350 10\^9 cells/liter \[L\]), creatinine (reference range is 0-133 micromole per liter), albumin (reference range is 35.0-55 g/L), phosphate (reference range is 0.84-1.45 millimole per liter \[mmol /L\]) and potassium (reference range is 3.4-4.8 mmol /L).

Time frame: Baseline, every 3 months up to 4 years

Population: The safety analysis population included all participants who were randomized and who had received a safety follow-up whether or not they had received epoetin beta treatment. The ''n represents the number of participants assessed for each laboratory parameter.

ArmMeasureGroupValue (NUMBER)
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPlatelets - High; n = 206, 2085 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPlatelets - Low; n = 206, 20813 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesCreatinine - High; n = 206, 208140 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesAlbumin - Low; n = 201, 2056 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPhosphate - High; n = 206, 208164 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPhosphate - Low; n = 206, 20822 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPotassium - High; n = 206, 20847 participants
Early Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPotassium - Low; n = 206, 2084 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPotassium - Low; n = 206, 2086 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPlatelets - High; n = 206, 2080 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPhosphate - High; n = 206, 208150 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPlatelets - Low; n = 206, 20815 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPotassium - High; n = 206, 20846 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesCreatinine - High; n = 206, 208128 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesPhosphate - Low; n = 206, 20823 participants
Late Epoetin Beta TherapyNumber of Participants With Marked Laboratory AbnormalitiesAlbumin - Low; n = 201, 2059 participants
Secondary

Total Number of Cardiovascular Intervention

Cardiovascular intervention was defined by a clinical review of all concomitant treatments. The cardiovascular interventions considered were: angioplasty with or without stents/atherectomy, coronary artery bypass surgery, cardioverter defibrillator (CD) cardioversion/defibrillation, temporary pacemaker, permanent pacemaker and implantable cardioverter defibrillator (ICD) implantation. The total number of cardiovascular intervention was determined and presented by each cohort.

Time frame: Up to 4 years

Population: The ITT population included all participants randomized according to their randomized treatment group, regardless of the treatment actually received.

ArmMeasureValue (NUMBER)
Early Epoetin Beta TherapyTotal Number of Cardiovascular Intervention21 number of cardiovascular intervention
Late Epoetin Beta TherapyTotal Number of Cardiovascular Intervention18 number of cardiovascular intervention

Source: ClinicalTrials.gov · Data processed: Apr 8, 2026