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Maternal early pregnancy lipid profile and offspring's lipids and glycaemic control at age 5–6 years: The ABCD study

机译:孕产妇早期怀孕血脂曲线和后代的脂质和血糖控制5-6岁:ABCD研究

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Summary Background & aims Maternal early pregnancy lipid profile might influence offspring's lipids and glycaemic control, through an increased offspring's fat percentage. This explorative study investigates whether maternal early pregnancy lipid profile is associated with offspring's lipids and glycaemic control independently of offspring's fat percentage and if these associations are mediated by offspring's fat percentage. Possible sex differences in these associations are also examined. Methods 1133 mother–child pairs of the prospective ABCD-study were included. Maternal non-fasting lipids were collected in early pregnancy: triglycerides, total cholesterol (TC), Apolipoprotein A1 (ApoA1), Apolipoprotein B (ApoB) and free fatty acids (FFA). Fasting triglycerides, TC, high density lipoprotein (HDL), low density lipoprotein (LDL), glucose and C-peptide were assessed in offspring aged 5–6 years and HOMA2-IR was calculated. Results After adjustment for covariates, strongest associations were found between maternal TC and offspring's TC (boys β(95%CI)?=?0.141 (0.074–0.207); girls β(95%CI)?=?0.268 (0.200; 0.336)) and LDL (boys β(95%CI)?=?0.114 (0.052; 0.176); girls β(95%CI)?=?0.247 (0.181–0.312)), maternal ApoB and offspring's TC (boys β(95%CI)?=?0.638 (0.311–0.965); girls β(95%CI)?=?1.121 (0.766–1.475)) and LDL (boys β(95%CI)?=?0.699 (0.393–1.005); girls β(95%CI)?=?1.198 (0.868–1.529)), and maternal ApoA1 and offspring's HDL (only boys β(95%CI)?=?0.221 (0.101–0.341)). No significant association was found between maternal lipids and offspring's glycaemic control, and offspring's fat percentage played no mediating role. Conclusions Maternal early pregnancy lipid profile is associated with offspring's lipid profile in childhood, with overall stronger associations in girls. This study provides further evidence that lowering lipid levels during pregnancy might be beneficial for the long term health of the offspring.
机译:摘要背景和AIMS孕产妇早期怀孕脂质型材可能会通过增加的后代的脂肪百分比影响后代的脂质和血糖控制。该探索性研究调查孕产妇早期孕脂质概况与后代的脂质和血糖控制相关,独立于后代的脂肪百分比,如果这些关联由后代的脂肪百分比介导。还检查了这些协会的可能性差异。方法包括1133种母婴对预期ABCD研究。孕产妇的非禁食脂质在妊娠早期收集:甘油三酯,总胆固醇(TC),载脂蛋白A1(APOA1),载脂蛋白B(APOB)和游离脂肪酸(FFA)。在5-6岁的后代评估禁食甘油三酯,Tc,高密度脂蛋白(HDL),低密度脂蛋白(LDL),葡萄糖和C肽,并计算HOMA2-IR。结果在调整协变量后,母体TC和后代TC之间的最强的关联(男孩β(95%CI)?= 0.141(0.074-0.207);女孩β(95%CI)?=?0.268(0.200; 0.336) )和LDL(男孩β(95%CI)?= 0.114(0.052; 0.176);女孩β(95%CI)?= 0.247(0.181-0.312)),母体Apob和后代的TC(男孩β(95%) CI)?=?0.638(0.311-0.965);女孩β(95%CI)?=?1.121(0.766-1.475))和LDL(男孩β(95%CI)?=?0.699(0.393-1.005);女孩β(95%CI)?=?1.198(0.868-1.529))和母体apoa1和后代的HDL(仅限男孩β(95%CI)?= 0.221(0.101-0.341))。在母体脂质和后代的血糖控制之间没有发现重大关联,并且后代的脂肪百分比没有介导角色。结论孕产妇早期妊娠脂质型与儿童时期的后代脂质曲线有关,女孩们的总体较强的联想。本研究提供了进一步的证据表明怀孕期间降低脂质水平可能是有益的后代的长期健康。

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