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. 2022 Jan 16;17:6. doi: 10.1186/s13019-022-01755-4

Table 3.

The correlations of plasmatic Aβ1-42 concentrations and changes with age, BMI, ejection fraction, prothrombin time, urea and creatinine values

Spearman's correlation Rho (P value)
Aβ1-42
before
Aβ1-42
after
Absolute difference
All the patients
 Age 0.038 (0.78) 0.087 (0.53) − 0.113 (0.42)
 BMI 0.145 (0.30) 0.186 (0.18) 0.237 (0.09)
 Urea 0.135 (0.33) 0.051 (0.72) − 0.001 (0.99)
 Creatinin 0.249 (0.07) 0.158 (0.25) 0.111 (0.42)
 Prothrombin time 0.081 (0.56) 0.008 (0.95) 0.199 (0.15)
 Ejection fraction − 0.132 (0.34) 0.126 (0.37) 0.092 (0.51)
CABG
 Age − 0.056 (0.75) 0.030 (0.87) − 0.247 (0.16)
 BMI − 0.043 (0.81) 0.064 (0.72) 0.075 (0.67)
 Urea 0.064 (0.72) − 0.102 (0.57) − 0.114 (0.52)
 Creatinin 0.086 (0.63) − 0.017 (0.93) − 0.097 (0.59)
 Prothrombin time − 0.020 (0.91) − 0.110 (0.53) 0.149 (0.40)
 Ejection fraction − 0.166 (0.35) 0.145 (0.41) − 0.014 (0.94)
OPCAB
 Age 0.249 (0.29) 0.401 (0.08) 0.270 (0.25)
 BMI 0.459 (0.04) 0.342 (0.14) 0.449 (0.04)
 Urea 0.196 (0.41) 0.254 (0.28) 0.136 (0.57)
 Creatinin 0.409 (0.07) 0.348 (0.13) 0.410 (0.07)
 Prothrombin time 0.176 (0.46) 0.116 (0.63) 0.222 (0.35)
 Ejection fraction − 0.246 (0.30) − 0.168 (0.48) 0.062 (0.80)

Bold typing was used for statistically significant results, meaning that P* was < 0.005

CABG, coronary artery bypass grafting; OPCAB, off-pump coronary artery bypass; CI, reliability spectrum

*Mann Whitney U test

Hodges-Lehmann