Meta-Analysis
Copyright
©The Author(s) 2019. Published by Baishideng Publishing Group Inc. All rights reserved.
World J Transplant. Jun 28, 2019; 9(2): 35-47
Published online Jun 28, 2019. doi: 10.5500/wjt.v9.i2.35
Table 1 Characteristics of included studies
Ref. Country Type Total N Race Immuno-suppre-ssive regimen CNI use (% Cyclos-porine) PPI No PPI Quality Scale3 N Age M/F N Age M/F Patel et al [32 ] 2012 United States Retrospec-tive 561 NR Tacroli-mus, MMF, Predni-sone 0% 155 52±131 NR 406 48±14 NR 3-2-2 Knorr et al [20 ] 2014 United States Retrospec-tive 597 52% Black rATG, MMF, Tacroli-mus, Predni-sone <3% 213 55±12 122/91 384 55±13 210/174 4-2-3 van Boekel et al [22 ] 2014 The Netherlands Retrospec-tive 202 98.5% Caucasi-an Tacroli-mus, MMF. Predni-sone 0% 125 47.7±12.8 61.6%/38.4% 77 46.7±13.3 66.2%/43.8% 4-2-3 Van Ende et al [33 ] 2014 Belgium Cross-sectional 512 98% Caucasi-an Varies 47% (tacroli-mus 35 %) 101 53 ± 13 59%/41% 411 53 ± 13 59%/41% 4-2-3 Alhosaini et al [34 ] 2015 United States Retrospec-tive 83 59% Caucasi-an, 19% Black CNI (Tacroli-mus, Cyclospo-rine), MPA, Predni-sone 5/83 (6%) 43 54 ± 15.1 25/18 40 49.7 ± 16.4 24/16 4-2-3 Sezer et al [35 ] 2015 Turkey Retrospec-tive 354 NR NR NR 164 38.6 ±1 0.7 NR 96 NR 38.6 ±1 0.7 3-2-2 Courson et al [21 ] 2016 United States Retrospec-tive 286 51% Caucasi-an, 17% Black, 10% Asian Tacroli-mus, MMF or MPS, early steroid withdra-wal 0% 171 56±13 118/53 115 54±13 88/27 4-2-3 Patel et al [23 ] 2017 United States Retrospec-tive 522 24% Black Tacroli-mus, reduced-dose MMF, predni-sone 11/522 (2%) convert-ed to cyclospo-rine 183 54 (44-63)2 102/81 339 53 (43-60) 219/120 4-2-3 Shabaka et al [36 ] 2017 Spain Cross-sectional 938 NR CNI-based regimen NR NR NR NR NR NR NR 3-2-2 Rouse et al [24 ] 2017 United States Retrospec-tive 211 55% Caucasi-an, 30% Black Tacroli-mus, MMF or MPS, Predni-sone 0% 35 55±10.7 25/10 176 63±14 124/52 4-2-3 Uludag et al [37 ] 2017 Turkey Retrospec-tive 292 NR NR NR 223 36±10 129/104 69 33±11 42/27 3-2-2 Kipp et al [39 ] 2018 United States Retrospec-tive 819 NR NR NR 404 NR NR 415 NR NR 3-1-2 Douwes et al [40 ] 2018 The Nether-lands Cross-sectional 706 NR NR NR NR 53 ± 13 57%/43% NR 53 ± 13 57%/43% 3-1-2 Gomes-Neto et al [38 ] 2018 The Nether-lands Cross-sectional 703 NR NR NR NR 53 ± 13 57%/43% NR 53 ± 13 57%/43% 3-1-2
Table 2 Acute rejection and graft loss
Ref .Biopsy-proven acute rejection at ⩾ 1 yr (%) Biopsy-proven or presumed rejection at 3 mo (%) Median time to rejection Antibody mediated rejection (%) Graft loss (%) Patel et al [32 ] 2012 PPI 25 (16%) NR 4.1 mo 3.3% NR No PPI 60 (15%) NR 3.3 mo 3.1% NR P 0.69 - NS NS - Knorr et al [20 ] 2014 PPI 32/213 (15%) NR 110 ± 91 d 1/32 (3.1%) 9/213 (4.2%) H2A 46/384 (12%) NR 110 ± 112 d 2/46 (4.3%) 19/384 (4.9%) P 0.15 - 1.0 NR 0.84 van Boekel et al [22 ] 2014 PPI NR 25/125 (20%) BPAR: 13/125 (10.4%) NR NR NR H2RA NR 15/77 (19.5%) BPAR: 7/77 (9.1%) NR NR NR P - NS - - - Courson et al [21 ] 2014 PPI 16/171 (9.4%) NR 116±92 d1 5/16 (31%) 4/171 (2.3%) H2RA 3/115 (2.6%) NR both 0 2/115 (1.7%) P 0.029 - NS 0.53 1 Patel et al [23 ] 2017 PPI 11/183 (19%) 12/183 (4.9%) 106 (57-286) days2 1/11 (9.1%) 9/183 (4.9%) H2RA 28/339 (14%) 9/339 (3.5%) 139 (96-339) days 2/28 (7.1%) 8/339 (2.4%) P 0.35 0.44 0.28 NR 0.12 Rouse et al [24 ] 2017 PPI 5/35 NR NR 2/5 (40%) NR H2RA 26/176 NR NR 3/26 (12%) NR P 1.0 - - 0.03 - Uludag et al [37 ] 2017 PPI 36/233 (15.5%) NR NR NR 11/233 (4.7%) No PPI 5/69 (7.2%) NR NR NR 2/69 (2.9%) P 0.08 - - - 0.51
Table 3 Renal function
Ref .eGFR Cr PPI No PPI P PPI No PPI P Knorr et al [20 ] 53.1 ± 20.21 55.1 ± 20.6 0.29 NR NR - van Boekel et al [22 ] 49.5 ± 12.3 50.7 ± 12.5 NS 1.5 ± 0.4 at 3 mo 1.5 ± 0.4 NS Patel et al [23 ] 49.0 (39.4–63.2)2 49.9 (39.3–60.8) 0.78 NR NR - Uludag et al [37 ] - - - 1.49 ± 0.99 mg/dL 1.24 ± 0.46 mg/dL 0.017 Alhosaini et al [34 ] 49.4 ± 14.9 52.8 ± 14.3 0.29 - - - Kipp et al [39 ] NR NR - 1.896 ± 1.53 1.812 ± 1.25 P = 0.4098
Table 4 Hypomagnesemia
Ref. Serum / Plasma magnesium level Hypomagnesemia Magnesium supplemen-tation PPI No PPI P Definition of hypomagne-semia PPI No PPI P Correlation between PPI and hypomagne-semia Sezer et al [35 ] 1.5 ± 0.04 mg/dl 1.7 ± 0.02 mg/dl P < 0.05NR NR NR NR NR Shabaka et al [36 ] NR NR NR OR 1.55, (95%CI 1.09-2.20) 1 NR NR Kipp et al [39 ] NR NR NR 215 (53.1%) 185 (44.6%) P < 0.013NR NR Alhosaini et al [34 ] 1.70 ± 0.12 1.79 ± 0.17 0.006 Serum Mg < 1.8 mg/dL 33/43 24/40 P > 0.05NR Use of Mg supplement: PPI 47% vs Non-PPI 21% (P = 0.02) Serum Mg < 1.3 mg/dL 9/43 (21%) 2/40 (5%) P = 0.03Uludag et al [37 ] 0.728 mmol/L vs 0.755 mmol/L,P = 0.061NR NR NR NR NR Van Ende et al [33 ] NR NR Serum Mg < 1.7 mg/dL β: −0.84 (0.26; 2.71), P = 0.78 β: −0.84 (0.26; 2.71), P = 0.78 NR Douwes et al [40 ] NR NR Serum Mg < 1.8 mg/dL (0.75 mmol/L) HR 3.25 (1.26-8.39) 1 β: -0.08, P = 0.046 Mean Mg intake: 330 ± 85 mg/d, (P = 0.204) Gomes-Neto et al [38 ] NR NR NR β: -0.05, P = 0.04 NR β: -0.05, P = 0.04 NR
Table 5 Mortality
Ref .1-yr mortality Mortality beyond 1 yr (PPI vs no PPI) PPI No PPI P Knorr et al [20 ] 9/213 (4.2%) 17/384 (4.4%) 1 Courson et al [21 ] 3/171 (1.8%) 3/115 (2.6%) 0.687 Patel et al [23 ] 6/183 (3.3%) 3/339 (0.9%) 0.007 Douwes et al [40 ] NR NR HR 1.94 (95%CI: 1.32-2.88) Gomes-Neto et al [38 ] NR NR HR 2.01 (95%CI: 1.43-2.83)