首页> 美国卫生研究院文献>Frontiers in Pediatrics >Poor Skeletal Robustness on Lower Extremities and Weak Lean Mass Development on Upper Arm and Calf: Normal Weight Obesity in Middle-School-Aged Children (9 to 12)
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Poor Skeletal Robustness on Lower Extremities and Weak Lean Mass Development on Upper Arm and Calf: Normal Weight Obesity in Middle-School-Aged Children (9 to 12)

机译:下肢骨骼健壮性较差上臂和小腿稀薄的肌肉发达:中等学龄儿童的正常体重肥胖症(9至12岁)

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摘要

>Background: Normal weight obesity in children has been associated with excessive body fat, lower bone density and decreased total lean mass. However, no studies have been done into whether normal weight obese children differ in skeletal robustness or lean mass development on the extremities from normal weight non-obese, overweight, and obese peers although these are important indicators of healthy development of children.>Methods: Body height, body weight, BMI, four skinfolds, and two limb circumferences were assessed. We calculated total body fat using Slaughter's equations, the Frame index for skeletal robustness and muscle area for the upper arm and calf using Rolland-Cachera equations. Using national references of BMI and measured skinfolds, three subgroups of participants (9–12 years) consisting of 210 middle-school-aged children (M-age = 11.01 ± 1.05)−110 girls and 100 boys—were selected: (A) overweight obese (OWOB) (n = 72); (B) normal weight obese (NWO) (n = 69); and, (C) normal weight non-obese (NWNO) (n = 69). All values, were converted to Z-scores to take account of participant's sex and age.>Results: NWO children had significantly poorer skeletal robustness on lower extremities and poorer muscle area on the upper arm and calf compared to NWNO counterparts with significantly higher evidence in boys–skeletal robustness NWO boys: Z-score = −0.85; NWO girls: Z-score = −0.43; lean mass on the calf: NWO boys Z-score = −1.34; NWO girls: Z-score = −0.85. The highest skeletal robustness—but not muscle area on the calf—was detected in OWOB children.>Conclusions: Further research should focus on whether this poor skeletal and lean mass development: (1) is a consequence of insufficient physical activity regimes; (2) affects physical fitness of NWO children and could contribute to a higher prevalence of health problems in them. We have highlighted the importance of the development of a simple identification of NWO children to be used by pediatricians.
机译:>背景:儿童正常的肥胖症与过多的体脂,较低的骨密度和减少的总瘦体重有关。但是,还没有关于正常体重的肥胖儿童与正常体重的非肥胖,超重和肥胖同伴在四肢的骨骼健壮性或瘦体重发展方面是否有差异的研究,尽管这些是儿童健康成长的重要指标。>方法:评估身高,体重,BMI,四个皮褶和两个肢体围。我们使用Slaughter方程计算了体内总脂肪,使用Rolland-Cachera方程计算了上臂和小腿的骨骼健壮指数和肌肉面积。使用BMI的国家参考和测得的皮褶,选择了三个子组(9-12岁),包括210个中学生(M-年龄= 11.01±1.05)−110个女孩和100个男孩:(A)超重肥胖(OWOB)(n = 72); (B)正常体重肥胖(NWO)(n = 69); (C)正常体重不肥胖(NWNO)(n = 69)。所有值均转换为Z值,以考虑参与者的性别和年龄。>结果:与NWNO相比,NWO儿童的下肢骨骼健壮性明显较差,上臂和小腿的肌肉区域较差在男孩中的证据显着更高的对应者-骨骼健壮NWO男孩:Z评分= −0.85; NWO个女孩:Z分数= -0.43;小腿的瘦体重:NWO个男孩的Z得分= -1.34; NWO个女孩:Z分数= −0.85。在OWOB儿童中检测到最高的骨骼健壮性,但未检测到小腿的肌肉区域。>结论:进一步的研究应集中于这种不良的骨骼和瘦弱的身体发育:(1)是不足的结果身体活动制度; (2)影响NWO儿童的身体健康,并可能导致他们中健康问题的患病率更高。我们已经强调了发展一种简单识别NWO儿童以供儿科医生使用的重要性。

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