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. 2024 Feb 13;15:1278239. doi: 10.3389/fendo.2024.1278239

Table 5.

Association between TyG-BMI and reversion to normoglycemia in different sensitivity analyses.

Exposure Model I (HR.,95%CI) p Model I I(HR,95%CI) p Model III(HR,95%CI) p
TyG-BMI (per 10 units) 0.970 (0.963, 0.977) <0.001 0.971 (0.965, 0.978) <0.001 0.970 (0.964, 0.976) <0.001
TyG-BMI quartiles
Q1 Ref Ref Ref
Q2 0.964 (0.911, 1.019) 0.195 0.952 (0.901, 1.005) 0.076 0.956 (0.908, 1.006) 0.086
Q3 0.860 (0.806, 0.917) <0.001 0.837 (0.787, 0.891) <0.001 0.858 (0.810, 0.907) <0.001
Q4 0.764 (0.710, 0.822) <0.001 0.789 (0.736, 0.846) <0.001 0.765 (0.718, 0.815) <0.001
P for ternd <0.001 <0.001 <0.001

Model I involved a sensitivity analysis with participants (N=18,493) who had never smoked. Age, drinking status, HDL-c, AST, sex, DBP, Scr, ALT, family history of diabetes, LDL-c, SBP, and smoking status were all adjusted.

Model II was a sensitivity analysis conducted on participants (N=20,444) who had not consumed alcohol. Age, HDL-c, sex, AST, DBP, Scr, ALT, family history of diabetes, LDL-c, and SBP were all adjusted.

Model III involved a sensitivity analysis after excluding participants with a family history of diabetes (N=24,654). Age, drinking status, sex, HDL-c, AST, DBP, Scr, ALT, LDL-c, SBP, and smoking status were all adjusted.

CI stands for “confidence interval,” and “Ref” stands for “reference”.