Anthropometry and body composition do not predict bioavailable androgen or progesterone concentration in adolescent girls

Article Abstract:

The hypothesis that anthropometry and body composition are independently associated with sex-steroid concentration in adolescent girls is tested by collecting saliva containing the bioavailable hormone concentration from a sample of girls. However, results from repeated sampling do not provide any evidence to support an association between anthropometry or percent body fat and testosterone, progesterone, or dehydroepiandrosterone (DHEA) in adolescent girls.

author: Wynne-Edwards, Katherine E., Bond, Lea J., Vella, Emily T., Kiparrisis, Yiannis
Teenage girls, Bioavailability

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Anthropometric reference values in an Afro-Caribbean adolescent population

Article Abstract:

A study compared growth patterns of Afro-Caribbean adolescents between the ages of 12-18 years with the U.S. adolescents relevant to obesity. Results showed that Tobagonian females were heavier than the U.S. children while males measured up to almost the same levels suggesting a growth pattern that conforms to those in well-nourished populations.

author: Nichols, Selby D., Cadogan, Frances I.
Health aspects, Obesity, Afro-Caribbeans, Tobagonians

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Assessing the body composition of 6-17 year old black and white girls in field studies

Article Abstract:

This article evaluates the validity of equations used to predict body composition in white and black girls using bioelectrical impedance and anthropometric variables. Findings indicate that the predictive equations provide accurate values for fat free mass and body fat when they are developed to be specific to ethnic groups.

author: Guo, Shumei S., Yanovski, Jack A., Yanovski, Susan Z., Specker, Bonny, Morrison, John A., Chumelia, W. Cameron
Statistical Data Included, Usage, Evaluation, Measurement, Impedance, Bioelectric, Bioelectric impedance, Race, Equations, Equations (Mathematics), Girls, United States. National Institute of Child Health and Human Development

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subjects list: Research, United States, Physiological aspects, Body composition, Anthropometry
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