2018
DOI: 10.20960/nh.1189
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Critical overview of current anthropometric methods in comparison with a new index to make early detection of overweight in Spanish university students: the Normalised Weight-Adjusted Index

Abstract: differences between anthropometric methods for overweight and cardiovascular disease risk classification were confirmed. Classical cut-off point may misdiagnose overweight or health risk in Spanish university students depending of the method employed.

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Cited by 5 publications
(5 citation statements)
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“…The cutoff points for obesity vary with age [ 25 ]. Conicity index [ 26 ] is calculated as follows: NWAI (normalized weight-adjusted index) [ 27 ]: The formula is (weight/10)−(10 × height) + 10, expressing weight in kg and height in meters. Body surface index [ 28 ] is calculated as follows: BSI = weight/BSA BSA (body surface area) = weight 0.425 × height 0.725 × 0.007184 (weight in (kg) and height in (cm)).…”
Section: Methodsmentioning
confidence: 99%
See 1 more Smart Citation
“…The cutoff points for obesity vary with age [ 25 ]. Conicity index [ 26 ] is calculated as follows: NWAI (normalized weight-adjusted index) [ 27 ]: The formula is (weight/10)−(10 × height) + 10, expressing weight in kg and height in meters. Body surface index [ 28 ] is calculated as follows: BSI = weight/BSA BSA (body surface area) = weight 0.425 × height 0.725 × 0.007184 (weight in (kg) and height in (cm)).…”
Section: Methodsmentioning
confidence: 99%
“…NWAI (normalized weight-adjusted index) [ 27 ]: The formula is (weight/10)−(10 × height) + 10, expressing weight in kg and height in meters.…”
Section: Methodsmentioning
confidence: 99%
“…We used the following scales to estimate overweight and obesity: Clínica Universitaria de Navarra Body Adiposity Estimator (CUN BAE), 9 Equation Córdoba Estimator Body Fat (ECORE-BF), 10 Palafolls’s formula, 11 Deurenberg’s formula, 12 relative fat mass, 13 visceral adiposity index (VAI), 14 dysfunctional adiposity index, 15 body roundness index, 16 body surface index (BSI), 17 conicity index, 18 body shape index (ABSI), 19 and normalized weight-adjusted index (NWAI). 20 To measure insulin resistance we used the following indices: triglyceride glucose index, triglyceride glucose index-BMI, triglyceride glucose index-waist. 21 For cardiometabolic risk: waist triglyceride index, 22 cardiometabolic index, 23 fatty liver index, 24 hepatic steatosis index (HSI), 25 Zhejian University index (ZJU), 26 fatty liver disease index (FLD), 27 BARD scoring system, 28 Framingham steatosis index, 29 and lipid accumulation product.…”
Section: Methodsmentioning
confidence: 99%
“…O sobrepeso e a obesidade são estimados com diferentes escalas: Estimador de Adiposidade Corporal da Clínica Universitária de Navarra (CUN BAE) 9 , Estimador de Adiposidade Corporal Equação Córdoba (ECORE-BF) 10 , fórmula Palafolls 11 , equação de Deurenberg 12 , índice de massa gorda relativa 13 , índice de adiposidade visceral (VAI) 14 , índice de adiposidade disfuncional 15 , índice de redondeza corporal 16 , índice de superfície corporal (BSI) 17 , índice de conicidade 18 , índice de forma corporal (ABSI) 19 e índice normalizado de peso ajustado (NWAI) 20 . A resistência à insulina é estimada com o índice de triglicerídeo glicêmico, índice de triglicerídeo glicêmico-IMC, índice de triglicerídeo glicêmico-cintura 21 .…”
Section: Critérios De Inclusãounclassified
“…Other indicators related to overweight and obesity: Visceral adiposity index (VAI) 15 Body roundness index 16 Body shape index (ABSI). 19 Normalized weight-adjusted index (NWAI) 20 :…”
Section: Inclusion Criteriamentioning
confidence: 99%