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[女性静息能量消耗的实测值与估计值及其与身体成分的关系]

[Resting energy expenditure measured vs. estimated and this relationship with body composition in women].

作者信息

Fett Carlos A, Fett Waléria C R, Marchini Julio S

机构信息

Faculdade de Educação Física, Universidade Federal de Mato Grosso, Cuiabá, MT.

出版信息

Arq Bras Endocrinol Metabol. 2006 Dec;50(6):1050-8. doi: 10.1590/s0004-27302006000600011.

DOI:10.1590/s0004-27302006000600011
PMID:17221111
Abstract

OBJECTIVES

To compare the resting energy expenditure (REE, kcal/d) measured to the disposable equation of literature and to associate this to body composition.

METHODS

Twenty-eight sedentary women were volunteers [weight: 79 +/- 12 kg; stature: 164 +/- 5 cm; age: 36 +/- 11 years; body mass index (BMI, kg/m(2)): 29 +/- 4]. The body composition was estimated with anthropometry methods; REE was measured by indirect calorimetry and was estimated by the main equations of the literature. Equations were developed to estimate REE and the best of them was REE-Our.

RESULTS

The different time of harvest produced a similar result to REE measured. The Harris and Benedict, FAO/WHO/UNO only weight, and weight plus height, Schofield and REE-Our equations results were statistically similar to REE measured. The Siervo and Falconi, Schofield and Henry and Rees equations did not have correlation with the measured calorimetry. The best-isolated predictor of the REE was the body mass and the best association when adjusted to unit (kg) was lean body mass. The equation developed in the present work was: REE(kcal/d)= 21837 - 14,448 * Weight(kg) + 54,963 * Lean Mass(kg)--9,341 * Stature(cm)--4,349 * Age(years)--19753 * Body Density(g/ml).

CONCLUSION

The REE prediction equations can prompt to errors and seem to be population specific. The best prediction result was with the equation developed with anthropometrics variables of the volunteers (measured= 1617 +/- 237 kcal/d; REE-Our= 1616 +/- 167 kcal/d).

摘要

目的

将测量所得的静息能量消耗(REE,千卡/天)与文献中的可支配方程进行比较,并将其与身体成分相关联。

方法

28名久坐不动的女性志愿者[体重:79±12千克;身高:164±5厘米;年龄:36±11岁;体重指数(BMI,千克/米²):29±4]。采用人体测量学方法估算身体成分;通过间接测热法测量REE,并根据文献中的主要方程进行估算。开发了估算REE的方程,其中最佳方程为REE-Our。

结果

不同采集时间得到的结果与测量的REE相似。哈里斯和本尼迪克特方程、粮农组织/世界卫生组织/联合国大学仅基于体重的方程、体重加身高的方程、斯科菲尔德方程和REE-Our方程的结果与测量的REE在统计学上相似。西尔沃和法尔科尼方程、斯科菲尔德和亨利与里斯方程与测量的量热法结果无相关性。REE的最佳单一预测指标是体重,调整为单位(千克)时最佳关联指标是瘦体重。本研究中开发的方程为:REE(千卡/天)=21837 - 14448×体重(千克)+54963×瘦体重(千克) - 9341×身高(厘米) - 4349×年龄(岁) - 19753×身体密度(克/毫升)。

结论

REE预测方程可能会产生误差,且似乎具有人群特异性。使用志愿者的人体测量学变量开发的方程预测结果最佳(测量值=1617±237千卡/天;REE-Our=1616±167千卡/天)。

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