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. 2025 Jan 13;4(2):101565. doi: 10.1016/j.jacadv.2024.101565

Table 3.

Effects of Randomization to DRA vs Conventional TRA on Vascular Access Crossover Across Tertiles of Anthropometric Measures

Unadjusted OR (95% CI) P Value
for Interaction
Adjusted OR (95% CI) P Value
for Interaction
Body weight
 1st tertile DRA vs conventional TRA (n = 456) 2.60 (1.18-5.76) 0.704 2.72 (1.22-6.04) 0.645
 2nd tertile DRA vs conventional TRA (n = 418) 2.66 (0.83-8.48) 2.91 (0.91-9.32)
 3rd tertile DRA vs conventional TRA (n = 429) 1.66 (0.72-3.84) 1.67 (0.72-3.87)
Body height
 1st tertile DRA vs conventional TRA (n = 443) 2.95 (1.38-6.31) 0.080 3.07 (1.43-6.58) 0.072
 2nd tertile DRA vs conventional TRA (n = 447) 3.79 (1.24-11.59) 3.81 (1.24-11.67)
 3rd tertile DRA vs conventional TRA (n = 411) 0.86 (0.33-2.28) 0.86 (0.32-2.26)
BMI
 1st tertile DRA vs conventional TRA (n = 434) 2.48 (1.02-6.08) 0.840 2.56 (1.04-6.30) 0.794
 2nd tertile DRA vs conventional TRA (n = 454) 1.76 (0.69-4.49) 1.77 (0.69-4.54)
 3rd tertile DRA vs conventional TRA (n = 413) 2.44 (1.06-5.60) 2.65 (1.14-6.14)
BSA
 1st tertile DRA vs conventional TRA (n = 436) 2.50 (1.16-5.39) 0.392 2.62 (1.21-5.67) 0.338
 2nd tertile DRA vs conventional TRA (n = 433) 3.89 (1.08-13.97) 4.13 (1.14-14.89)
 3rd tertile DRA vs conventional TRA (n = 432) 1.43 (0.61-3.33) 1.41 (0.60-3.29)

Abbreviations as in Table 2.