Review
Copyright ©The Author(s) 2020.
World J Diabetes. Aug 15, 2020; 11(8): 322-350
Published online Aug 15, 2020. doi: 10.4239/wjd.v11.i8.322
Table 6 Major sodium-glucose cotransporter 2 inhibitors clinical trials and cardiorenal outcomes
Trialn (follow-up)BMI > 30eGFR < 60 mL/min per 1.73 m2CVD and HFDiabetesCVO and RO (HR; significant)
EMPA-REG[175] (empagliflozin vs PBO)7020 (3.1 yr)51%25.9%99.2% and 10.1%About 100%CVO1,2,3,4 RO6,7,8,9,10
CANVAS[172] (canagliflozin vs PBO)10142 (2.4 yr)59%20,1%65.6% and 14.4%About 100%CVO1,3 RO6,7,8,9
DECLARE-TIMI[174] (dapagliflozin vs PBO)17160 (4.2 yr)60%7.4%40.6% and 10%About 100%CVO1,3 RO6,7
CREDENCE[173] (canaglifozin vs PBO)4401 (2.6 yr)54.4%60%50.4% and 15%52%RO6,7,8,9 CVO1,2,3,4
DAPA-HF[176] (dapagliflozin vs PBO)2373 (18.2 mo)35%26.1%55.5% (IHD) and 100% (HFrEF)41%CVO1,2,3 RO: NS HFrEF: Better dapagliflozin
DAPA-CKD[194] (dapagliflozina vs PBO)4304 (NA)NAAbout 90%NANon-DM: ≥ 30%Outcomes expected in 2020 (composite renal and secondary CV endpoints)
EMPEROR-Preserved[195] (empagliflozin vs PBO)5988 (NA)NANA (eGFR ≥ 20)HFpEF (100%)NAOutcomes expected late in 2020 (composite CV, HF and secondary R endpoints)
EMPEROR-Reduced[196] (empaglifozin vs PBO)3730 (NA)NANA (eGFR ≥ 20)HFrEF (100%)NAOutcomes expected late in 2020 (composite CV, HF and secondary RO)