[Retracted] Recurrence of Early Hepatocellular Carcinoma after Surgery May Be Related to Intestinal Oxidative Stress and the Development of a Predictive Model

Table 2

Evaluation relationship between radiomic-score and OTU-score and HCC recurrence in the Cox proportional hazards models.

	Model 1 (, [95% CI])	Model 2 (, [95% CI])	Model 3 (, [95% CI])	Model 4 (, [95% CI])
Radiomic-score	<0.001, 5.994[3.290-10.920]	<0.001, 5.856[3.159-10.858]	<0.001, 5.284[2.776-10.059]	<0.001, 5.868[2.874-11.982]
Radiomic-score	<0.001, 5.416[3.021-9.710]	<0.001, 5.343[2.955-9.659]	<0.001, 4.360[2.455-7.744]	<0.001, 6.413[3.644-11.287]
OTU-score	<0.001, 1.540[1.327-1.786]	<0.001, 1.533[1.321-1.780]	<0.001, 2.881[2.357-3.521]	<0.001, 2.950[2.411-3.609]
OTU-score	<0.001, 1.348[1.140-1.593]	<0.001, 1.357[1.146-1.607]	<0.001, 2.163[1.763-2.655]	<0.001, 2.715[2.206-3.342]

Note: Model 1: we did not adjust any other parameter; Model 2: we constructed a minor adjusted model, which is adjusted for gender and age; Model 3: we adjusted the model for clinical important parameters, adjusting for gender, age, Child-pugh grade, AFP, DCP, tumor number, tumor maximum diameter, blood loss, pathology classification, MVI, and liver cirrhosis; Model 4: in this model, we adjusted for all parameters except for parameters that have existing collinearity, adjusting for gender, age, BMI, Child-pugh grade, hepatitis, AFP, DCP, tumor number, tumor maximum diameter, tumor location, hilar occlusion time, blood loss, pathology classification, MVI, and cirrhosis; : we added radiomic-score and OTU-score as an adjusting factor into each of these models and further explore the relationship between radiomic-score and HCC recurrence; HCC, hepatocellular carcinomar.