A new scientific study appeared on the Pediatric Research Journal confirming the validity and reliability of ADP measurements with the PEA POD on healthy newly born preterm infants. The aim of this study is to provide the first descriptive fat mass (FM) and fat-free mass (FFM) data from healthy newborn preterm infants at birth as a proxy for healthy in utero body composition. Body mass and volume...
A new validation study of the BOD POD has been published on the Perceptual & Motor Skills Journal confirming the test-retest reliability of the device. This study was designed to assess the test-retest reliability of the Bod Pod. The study included 283 women ( M age = 41.0 yr., SD = 3.0). Each participant was tested at least twice in the Bod Pod. The study concludes that "test-retest reliability...
A new study by the University of Minnesota shows a link in preterm infants between fat free mass (FFM) and neural development, with higher FFM resulting in better neural development. The objective of this study was to assess the relationship between postnatal body composition and brain development as indexed by latency to the P100 peak of the VEP in preterm infants measured at 4 mo corrected age.Infants...
A new study published on the prestigious Pediatric Research Journal shows that infant morbidity can be predicted more accurately from %fat vs. birth weight. The objective of this study (carried out by Royal Prince Alfred Hospital in Australia) was to describe neonatal morbidity associated with low body fat percentage (BF%) and measure the number of undernourished neonates defined by BF% and compare...
A new peer-reviewed article published on the American Journal of Clinical Nutrition reporting a research study on body composition in a cohort of Ethiopian infants. The aim of the study was to develop reference data for fat mass and fat free mass from birth to 6 months of age in an African population. Almost 200 babies were tested with the PEA POD in this study with over 2000 test performed over...
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