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首页> 外文期刊>Nutrition Journal >Fatty fish intake and attention performance in 14–15?year old adolescents: FINS-TEENS - a randomized controlled trial
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Fatty fish intake and attention performance in 14–15?year old adolescents: FINS-TEENS - a randomized controlled trial

机译:14-15的脂肪鱼摄入和注意力表现?岁的青少年:鳍青少年 - 随机对照试验

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Fatty fish is the dominant dietary source of n-3 LCPUFAs but it also contains other micronutrients considered important for brain development and function. To our knowledge, the effect of fatty fish intake on cognitive function in adolescents has not been investigated in randomized controlled trials (RCTs) previously. The aim of the present trial was to investigate whether consumption of fatty fish meals three times per week for 12?weeks could alter attention performance in adolescents compared to similar meals with meat or n-3 LCPUFA supplements. In the Fish Intervention Studies-TEENS (FINS-TEENS), adolescents from eight secondary schools (n?=?426; age: 14-15y) were individually randomized. Attention performance was assessed with the d2 test of attention. Differences between groups from pre to post intervention were assessed with linear mixed effect models and general estimates equation. The fish group was set as reference. Dietary compliance was recorded for each meal throughout the trial and controlled for in the adjusted analyses. The improvement in processing speed was significantly lower in the meat (-11.8; 95% CI: -23.3, -0.4) and supplement (-13.4; 95% CI: -24.9, -1.8) group compared to the fish group (reference). The supplement group also showed inferior improvement in total performance (-10.4; 95% CI: -20.0, -0.7) compared to the fish group (reference). The results were slightly affected when controlling for dietary compliance. Omission errors decreased in the meat group compared to the fish group (Incidence rate ratio?=?0.85; 95% CI: 0.74, 0.98), but the difference disappeared when controlling for dietary compliance. We observed a small beneficial effect of fatty fish, compared to meat meals and supplements on processing speed. However, these results are difficult to interpret due to low dietary compliance. This study shows that different taste preferences among participants is challenging in intervention trials with food. A prospective cohort design may be a better alternative when studying diet in the future. ClinicalTrials.gov registration number: NCT02350322 .
机译:脂肪鱼是N-3 LCPUFA的显性膳食来源,但它还含有其他对脑发育和功能重要的微量营养素。据我们所知,脂肪鱼摄入对青少年中的认知功能的影响尚未在先前的随机对照试验(RCT)中进行调查。目前审判的目的是调查每周脂肪鱼粉的脂肪鱼粉的消费是否为12?周,与肉类或N-3 LCPUFA补充剂的类似膳食相比,青少年的注意性能。在鱼类干预研究 - 青少年(鳍青少年),来自八所中学的青少年(n?=?426;年龄:14-15Y)被单独随机化。通过D2的注意力评估注意力。用线性混合效果模型和一般估计方程评估来自Prep Post干预前的组之间的差异。鱼组被设定为参考。在整个试验中每餐记录膳食合规,并在调整后的分析中进行控制。与鱼类组相比,肉类加工速度的改善显着降低(-11.8; 95%CI:-23.3,-0.4)和补充(-13.4; 95%CI:-24.9,-1.8)组。与鱼类组(参考文献)相比,补充组还表现出总能量(-10.4; 95%CI:-20.0.0,-0.7)的差异。在控制膳食顺应性时,结果略有影响。与鱼类组(发病率比(发病率比)相比,肉类中减少遗漏误差(= 0.85; 95%CI:0.74,0.98),但在控制膳食依从性时差异消失。我们观察到脂肪鱼的小效果,与肉类餐和加工速度的补充剂相比。然而,由于低膳食依从性,这些结果难以解释。本研究表明,参与者之间的不同口感偏好是在干预试验中挑战食物。在将来饮食时,预期队列设计可能是更好的替代品。 ClinicalTrials.gov注册号:NCT02350322。

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