TABLE 4. Binary logistic regression for the risk of
hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
TABLE 4. Binary logistic regression for the risk
of hypertriglyceridemia at 42 days postpartum |
TABLE 4. Binary
logistic regression for the risk of hypertriglyceridemia at 42 days
postpartum |
The Odds Ratios, 95% CI and P value was calculated by using
binary logistic regression analysis. The model was adjusted for age,
GWG, pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes mellitus. |
The
Odds Ratios, 95% CI and P value was calculated by using binary
logistic regression analysis. The model was adjusted for age, GWG,
pre-BMI and GDM. TG, triglyceride. GWG, gestational weight gain.
Pre-BMI, pre-pregnancy BMI. GDM, gestational diabetes
mellitus. |