Table 2 Conditional Probabilities Needed for Predicting Adulthood Obesity

P_1fa5 = P(at-risk–intervention)

0.17

[40]

P_1fa3 = P(at-risk–intervention)

0.17

[40]

P_1fo5 = P(overweight–intervention)

0.15

[40]

P_1fo3 = P(overweight–intervention)

0.13

[40]

P_2fa5 = P(at-risk–no intervention)

0.21

[40]

P_2fa3 = P(at-risk–no intervention)

0.09

[40]

P_2fo5 = P(overweight–no intervention)

0.18

[40]

P_2fo3 = P(overweight–no intervention)

0.17

[40]

P_3fa= P(obese at 21–29y/o – at-risk at 11)

0.69

[9]

P_3fo= P(obese at 21–29y/o – overweight at 11)

0.83

[9]

P_4fa= P(obese at 21–29y/o – not at-risk at 11)

0.13

[9]

P_4fo= P(obese at 21–29y/o – not overweight at 11)

0.16

[9]

P_5f= P(obese at 40 y/o –obese at 25–29 y/o)

0.85

*

P_6f= P(obese at 40 y/o –not obese at 25–29 y/o)

0.12

*

P_1ma5 = P(at-risk–intervention)

0.14

[40]

P_1ma3 = P(at-risk–intervention)

0.18

[40]

P_1mo5 = P(overweight–intervention)

0.27

[40]

P_1mo3 = P(overweight–intervention)

0.22

[40]

P_2ma5 = P(at-risk–no intervention)

0.18

[40]

P_2ma3 = P(at-risk–no intervention)

0.18

[40]

P_2mo5 = P(overweight–no intervention)

0.31

[40]

P_2mo3 = P(overweight–no intervention)

0.23

[40]

P_3ma= P(obese at 21–29y/o – at-risk at 11)

0.69

[9]

P_3mo= P(obese at 21–29y/o – overweight at 11)

0.83

[9]

P_4ma= P(obese at 21–29y/o – not at-risk at 11)

0.13

[9]

P_4mo= P(obese at 21–29y/o – not overweight at 11)

0.16

[9]

P_5m= P(obese at 40 y/o –obese at 25–29 y/o)

0.77

*

P_6m= P(obese at 40 y/o –not obese at 25–29 y/o)

0.12

*