Table 1.

Antihypertensive trials where a GFR fall >−30% is not unequivocally associated with increased risk of CKD or ESKD

ReferencesSettingDisease associated with hypertensionNo.Average baseline kidney functionFollow-up (average; years)Kidney function variation (Δ)Interval of observations from baselineSubjects experiencing Δ function (%)Treatment
Beddhu et al. [21]SPRINTHigh CV risk6715

GFR 72

 

UACR <22

3.1ΔGFR >−30% to GFR <60 mL/min/1.73 m26 months and whole follow-up2.4Intensive versus standard SBP lowering
ACCORD BPDM24733

GFR 91

 

UACR <56

4.6ΔGFR >−30% to GFR <60 mL/min/1.73 m2Whole follow-up10Intensive versus standard SBP lowering
Peralta et al. [22]SPS3Brain lacunar infarcts2489GFR 803.2ΔGFR >−30%First year follow-up9Intensive versus standard SBP lowering
Cooper et al. [23]CORALRenal artery stenosis359

GFR 62

 

UACR <30

4.7ΔGFR >−30%3–6 months18Medical treatment only
ReferencesSettingDisease associated with hypertensionNo.Average baseline kidney functionFollow-up (average; years)Kidney function variation (Δ)Interval of observations from baselineSubjects experiencing Δ function (%)Treatment
Beddhu et al. [21]SPRINTHigh CV risk6715

GFR 72

 

UACR <22

3.1ΔGFR >−30% to GFR <60 mL/min/1.73 m26 months and whole follow-up2.4Intensive versus standard SBP lowering
ACCORD BPDM24733

GFR 91

 

UACR <56

4.6ΔGFR >−30% to GFR <60 mL/min/1.73 m2Whole follow-up10Intensive versus standard SBP lowering
Peralta et al. [22]SPS3Brain lacunar infarcts2489GFR 803.2ΔGFR >−30%First year follow-up9Intensive versus standard SBP lowering
Cooper et al. [23]CORALRenal artery stenosis359

GFR 62

 

UACR <30

4.7ΔGFR >−30%3–6 months18Medical treatment only

UACR, µg/mg, albuminuria; CORAL, Cardiovascular Outcomes in Renal Atherosclerotic Lesions; SBP, systolic blood pressure; SPS3, small subcortical stroke.

Table 1.

Antihypertensive trials where a GFR fall >−30% is not unequivocally associated with increased risk of CKD or ESKD

ReferencesSettingDisease associated with hypertensionNo.Average baseline kidney functionFollow-up (average; years)Kidney function variation (Δ)Interval of observations from baselineSubjects experiencing Δ function (%)Treatment
Beddhu et al. [21]SPRINTHigh CV risk6715

GFR 72

 

UACR <22

3.1ΔGFR >−30% to GFR <60 mL/min/1.73 m26 months and whole follow-up2.4Intensive versus standard SBP lowering
ACCORD BPDM24733

GFR 91

 

UACR <56

4.6ΔGFR >−30% to GFR <60 mL/min/1.73 m2Whole follow-up10Intensive versus standard SBP lowering
Peralta et al. [22]SPS3Brain lacunar infarcts2489GFR 803.2ΔGFR >−30%First year follow-up9Intensive versus standard SBP lowering
Cooper et al. [23]CORALRenal artery stenosis359

GFR 62

 

UACR <30

4.7ΔGFR >−30%3–6 months18Medical treatment only
ReferencesSettingDisease associated with hypertensionNo.Average baseline kidney functionFollow-up (average; years)Kidney function variation (Δ)Interval of observations from baselineSubjects experiencing Δ function (%)Treatment
Beddhu et al. [21]SPRINTHigh CV risk6715

GFR 72

 

UACR <22

3.1ΔGFR >−30% to GFR <60 mL/min/1.73 m26 months and whole follow-up2.4Intensive versus standard SBP lowering
ACCORD BPDM24733

GFR 91

 

UACR <56

4.6ΔGFR >−30% to GFR <60 mL/min/1.73 m2Whole follow-up10Intensive versus standard SBP lowering
Peralta et al. [22]SPS3Brain lacunar infarcts2489GFR 803.2ΔGFR >−30%First year follow-up9Intensive versus standard SBP lowering
Cooper et al. [23]CORALRenal artery stenosis359

GFR 62

 

UACR <30

4.7ΔGFR >−30%3–6 months18Medical treatment only

UACR, µg/mg, albuminuria; CORAL, Cardiovascular Outcomes in Renal Atherosclerotic Lesions; SBP, systolic blood pressure; SPS3, small subcortical stroke.

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