Table 4 Gender-specific association between the mean Telomere Length and the serum phosphate level.

From: Examining the association between serum phosphate levels and leukocyte telomere length

Modelsa

Quartiles

Total

Male

Female

βb (95% CI)

P Value

βb (95% CI)

P Value

βb (95% CI)

P Value

Model 1

Q2 v.s. Q1

Q3 v.s. Q1

Q4 v.s. Q1

0.013 (āˆ’0.009,0.025) 0.035 (0.006, 0.041)

0.038 (0.008, 0.043)

0.345

0.009

0.005

0.01 (āˆ’0.018–0.031)

0.028 (āˆ’0.006–0.047)

0.037 (0.001–0.054)

0.601

0.125

0.045

0.013 (āˆ’0.016–0.031) 0.038 (āˆ’0.001–0.046) 0.036 (āˆ’0.002–0.044)

0.522

0.057

0.078

Model 2

Q2 v.s. Q1

Q3 v.s. Q1

Q4 v.s. Q1

0.010 (āˆ’0.010, 0.024)

0.033 (0.004, 0.040)

0.039 (0.007, 0.043)

0.442

0.015

0.006

0.010 (āˆ’0.018–0.032)

0.030 (āˆ’0.004–0.049)

0.047 (0.007–0.062)

0.577

0.102

0.015

0.009 (āˆ’0.019–0.029) 0.034 (āˆ’0.004–0.044) 0.031 (āˆ’0.006–0.042)

0.666

0.098

0.138

Model 3

Q2 v.s. Q1

Q3 v.s. Q1

Q4 v.s. Q1

0.010 (āˆ’0.011, 0.023)

0.033 (0.004, 0.040)

0.040 (0.008, 0.044)

0.473

0.015

0.005

0.010 (āˆ’0.018–0.032)

0.031 (āˆ’0.004–0.049)

0.049 (0.008–0.063)

0.582

0.098

0.011

0.008 (āˆ’0.019–0.028) 0.033 (āˆ’0.004–0.044) 0.032 (āˆ’0.005–0.043)

0.703

0.101

0.123

  1. aAdjusted covariates:
  2. Model 1 = age, sex, race/ethnicity,
  3. Model 2 = Model 1 + BMI, systolic blood pressure, serum fasting glucose, serum total cholesterol, serum albumin, ALT, total calcium, serum C-reactive protein, creatinine
  4. Model 3 = Model 2 + history of congestive heart failure, coronary heart disease, angina/angina pectoris, heart attack, stroke, cancer/malignancy and smoking
  5. bβ coefficients was interpreted as change of telomere length for each increase in serum phosphate.