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. 2024 Oct 28;21(14):2851–2861. doi: 10.7150/ijms.103186

Table 3.

Association between SDF-1/CXCR4 genotypes and diabetic kidney disease with genetic allele model.

Variable Non-diabetic kidney disease (N=670) diabetic kidney disease (N=776) OR (95% CI) p value
SDF-1
rs1801157
Allele model
G 489 (73.0%) 532 (68.6%) 1.000 (reference)
A 181 (27.0%) 244 (31.4%) 1.239 (0.986-1.557) p=0.065
SDF-1
rs2297630
Allele model
G 594 (88.7%) 681 (87.8%) 1.000 (reference)
A 76 (11.3%) 95 (12.2%) 1.090 (0.791-1.503) p=0.598
SDF-1
rs2839693
Allele model
C 594 (88.7%) 679 (87.5%) 1.000 (reference)
T 76 (11.3%) 97 (12.5%) 1.117 (0.811-1.537) p=0.499
SDF-1
rs266085
Allele model
T 404 (60.3%) 439 (56.6%) 1.000 (reference)
C 266 (39.7%) 337 (43.4%) 1.166 (0.945-1.438) p=0.152
CXCR4
rs2228014
Allele model
C 584 (87.2%) 674 (86.9%) 1.000 (reference)
T 86 (12.8%) 102 (13.1%) 1.028 (0.756-1.398) p=0.862
CXCR4
rs6430612
Allele model
C 645 (96.3%) 741 (95.5%) 1.000 (reference)
T 25 (3.7%) 35 (4.5%) 1.219 (0.722-2.058) p=0.459