Leptin and the glucose-to-insulin ratio (G:I) in predicting musculoskeletal health using multinomial logistic regression.

<p>Leptin and the glucose-to-insulin ratio (G:I) in predicting musculoskeletal health using multinomial logistic regression.</p

Mean ± SD and range (min-max) of the glucose-to-insulin ratio (G:I) in male and female Asian and African elephants.

<p>Mean ± SD and range (min-max) of the glucose-to-insulin ratio (G:I) in male and female Asian and African elephants.</p

Descriptive statistics for variables in the G: I model.

<p>Descriptive statistics for variables in the G: I model.</p

Predictive model describing primary variables associated with mean G:I.

<p>Predictive model describing primary variables associated with mean G:I.</p

Leptin and the glucose-to-insulin ratio (G:I) in predicting body condition using multinomial logistic regression.

<p>Leptin and the glucose-to-insulin ratio (G:I) in predicting body condition using multinomial logistic regression.</p

Leptin and the glucose-to-insulin ratio (G:I) in predicting cyclicity status using repeated measures logistic regression.

<p>Leptin and the glucose-to-insulin ratio (G:I) in predicting cyclicity status using repeated measures logistic regression.</p

Descriptive statistics for variables in the leptin model.

<p>Descriptive statistics for variables in the leptin model.</p

Associations between mean leptin levels and the G:I with zoo variables.

<p>Associations between mean leptin levels and the G:I with zoo variables.</p

Descriptions of variables tested for associations with leptin concentrations and the glucose-to-insulin ratio.

<p>Descriptions of variables tested for associations with leptin concentrations and the glucose-to-insulin ratio.</p

Leptin and the glucose-to-insulin ratio (G:I) in predicting foot health using Poisson regression.

<p>Leptin and the glucose-to-insulin ratio (G:I) in predicting foot health using Poisson regression.</p