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Laser beam measurement of abdominal sagittal diameter in obese children: a validation study.

机译:肥胖儿童腹部矢状径的激光束测量:一项验证研究。

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摘要

What is already known about this subject Sagittal diameter (SAD), i.e. the mid height of the abdomen when lying down, has been reported to correlate to visceral fat, insulin resistance and cardiovascular risk factors in adults. SAD seems to be the best anthropometric predictor of cardiovascular risk, and also of more importance than waist circumference (WC) in adults. There has been no validation studies comparing SAD measured with anthropometric tools (e.g. ruler) to measurements made with more exact devices such as magnetic resonance imaging (MRI) in pediatric age. What this study adds This new reliable method is ideal for children due to limited body contact and no radiation. It is accurate, less expensive than MRI, and also easier to perform than measuring WC. It is easily available for screening purposes making future epidemiological studies possible evaluating health risks related to regional distribution of abdominal tissue.Sagittal diameter (SAD) has been reported to correlate to visceral fat and cardiovascular risk factors. SAD is measured with the individual lying down, halfway between the lower rib margin and the iliac crest; it represents the mid-height of the abdomen. The aim of this study was to validate SAD measured using a recently-developed laser beam device (SADLDB ) against SAD measured using MRI (SADMRI ).Of 48 obese children (25 boys, 23 girls) aged 9-11 years on the waiting list for obesity treatment, 34 agreed to a baseline measurement, which was followed by repeated measurements 6 and 12 months later in 31 and 22 children respectively. MRI was used to examine SADMRI at 5?cm above (SADMRI ,cra ) and below (SADMRI ,cau ) the mid plane of the L4-5 intervertebral disc.Each of the differences SADLBD ?-?SADMRI ,cau and SADLBD ?-?SADMRI ,cra was subjected to a repeated-measurements ANOVA; the visit did not have a statistically significant effect in either case (p?=?0.19 and p?=?0.72, respectively). The difference SADLBD ?-?SADMRI ,cau was 1.50 on average (p?
机译:关于该对象的已知信息已经报道,矢状直径(SAD),即躺下时腹部的中间高度,与成年人的内脏脂肪,胰岛素抵抗和心血管危险因素相关。 SAD似乎是心血管风险的最佳人体测量指标,并且比成年人的腰围(WC)更重要。尚没有验证研究将用人体测量工具(例如标尺)测量的SAD与用更精确的设备(例如小儿磁共振成像(MRI))进行的测量进行比较。这项研究增加了什么?由于身体接触有限且无辐射,因此这种新的可靠方法非常适合儿童使用。它准确,比MRI便宜,并且比测量WC更容易执行。它可以很容易地用于筛查目的,从而使未来的流行病学研究可以评估与腹部组织区域分布有关的健康风险。据报道,矢状直径(SAD)与内脏脂肪和心血管危险因素相关。 SAD的测量是个人躺下,在下肋骨边缘和the之间。它代表腹部的中间高度。这项研究的目的是验证使用最近开发的激光束设备(SADLDB)测得的SAD相对于使用MRI(SADMRI)测得的SAD。在等待名单上的48名9-11岁的肥胖儿童(25名男孩,23名女孩)中对于肥胖症治疗,有34位同意基线测量,然后分别在6和12个月后分别对31和22名儿童进行重复测量。 MRI用于检查L4-5椎间盘中平面上方(SADMRI,cra)和下方(SADMRI,cau)5?cm处的SADMRI.SADLBD?-?SADMRI,cau和SADLBD?-?对SADMRI,cra进行重复测量ANOVA。在这两种情况下,访视均无统计学意义(分别为p?=?0.19和p?=?0.72)。 SADLBDα-?SADMRI,cau的平均差异为1.50(p?<?0.0001; CI 1.26-1.74),而SADLBDα-?SADMRI,cra的相应数字为1.26(p?<?0.0001; CI 1.04-1.49 )。均值之差的回归分别给出了-0.09(p?=?0.25)和-0.04(p?=?0.57)的斜率。从SADLDB预测SADMRI的方法可以多种多样:通过线性回归或加法校正,因此可以使用此激光设备代替MRI通过简单的校正来估算SAD。

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