Table 3

Case-control univariate analysis of KLF1 mutations

Patient characteristicsβ00, αα/αα, XmnI (−/−), rs766432 (AA or AC), rs9399137 (TT or CT)*POR (95% CI)
KLF1μ/wt (case, n = 7)KLF1wt/wt (control, n = 362)
Gender, n 5:2 233:129 1.000  
 Males: females 
Age of onset (years), mean ± SD 13.71 ± 10.03 5.88 ± 4.10 .001  
Hemoglobin (g/L), mean ± SD 82.57 ± 7.81 66.33 ± 17.53 .006  
HbF (g/L), mean ± SD 39.58 ± 21.80 9.17 ± 11.05 <.001  
Requirement for systematic transfusion, n 3:4 21:341 .007 0.082 (0.017–0.391) 
 No:yes 
Category of anemia 7:0 41:321 <.001 0.009 (0.000–0.153) 
 TI: TM 
Patient characteristicsβ00, αα/αα, XmnI (−/−), rs766432 (AA or AC), rs9399137 (TT or CT)*POR (95% CI)
KLF1μ/wt (case, n = 7)KLF1wt/wt (control, n = 362)
Gender, n 5:2 233:129 1.000  
 Males: females 
Age of onset (years), mean ± SD 13.71 ± 10.03 5.88 ± 4.10 .001  
Hemoglobin (g/L), mean ± SD 82.57 ± 7.81 66.33 ± 17.53 .006  
HbF (g/L), mean ± SD 39.58 ± 21.80 9.17 ± 11.05 <.001  
Requirement for systematic transfusion, n 3:4 21:341 .007 0.082 (0.017–0.391) 
 No:yes 
Category of anemia 7:0 41:321 <.001 0.009 (0.000–0.153) 
 TI: TM 
*

Similar genetic variants between case group and control group: The impact of 5 major genetic modifiers of β-thalassemia analyzed under Cox proportional hazards model was excluded from univariate analysis of KLF1 mutations.

P value was determined using either a Mann-Whitney U test or χ2 test as appropriate.

HbF (g/L) was calculated from total Hb level and HbF (%).

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