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. Author manuscript; available in PMC: 2014 Apr 1.
Published in final edited form as: Biol Psychol. 2013 Feb 18;93(1):213–219. doi: 10.1016/j.biopsycho.2013.02.005

Table 3.

Results from the final models of eleven separate regression equations in which menarcheal age was examined in relation to cardiovascular risk factorsa.

Linear Regression Beta P Bb 95% CI for Bb R2 ΔR2
IV: Menarcheal Age
    DV’s:
  1. Total Cholesterol −.038 .325 −.757 −2.268 – 0.754 .060 .001
  2. Total:HDL −.104 .006 −.019 −0.032 – −0.006 .140 .010
  3. HDL .080 .035 .749 0.052 – 1.445 .126 .006
  4. LDL −.066 .092 −1.144 −2.473 – 0.185 .064 .004
  5. Triglycerides −.072 .057 −0.021 −0.042 – 0.001 .041 .010
  6. Glucose −.084 .031 −0.455 −0.869 – −0.041 .068 .007
  7. Insulin −.154 .000 −0.494 −0.733 – −0.255 .121 .023
  8. Waist Circumference −.154 .000 −0.016 −0.023 – −0.009 .341 .023
  9. WHR −.045 .195 −0.002 −0.005 – 0.001 .254 .002
  10. BMI −.203 .000 −0.029 −0.039 – −0.020 .365 .039
      Logistic Regression Beta p OR 95% CI for OR
  11. Hypertension −.177 .102 .838 0.677 – 1.036 - -
a

Covariates were entered on the first step of each regression equation: age, race, education, birth control, parity, smoking

b

Unstandardized regression coefficient