Associations of parental age with health and social factors in adult offspring. Methodological pitfalls and possibilities

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作者
David Carslake
Per Tynelius
Gerard van den Berg
George Davey Smith
Finn Rasmussen
机构
[1] MRC Integrative Epidemiology Unit at the University of Bristol,Department of Public Health Sciences
[2] School of Social and Community Medicine,Department of Health Sciences
[3] University of Bristol,undefined
[4] Karolinska Institute,undefined
[5] School of Economics,undefined
[6] Finance and Management,undefined
[7] University of Bristol,undefined
[8] Lund University,undefined
来源
Scientific Reports | / 7卷
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摘要
Parental age is increasing rapidly in many countries. Analysis of this potentially important influence on offspring well-being is hampered by strong secular trends and socioeconomic patterning and by a shortage of follow-up data for adult offspring. We used Swedish national data on up to 3,653,938 offspring to consider the associations of parental age with a suite of outcomes in adult offspring, comparing the results from an array of statistical methods for optimal causal inference. The offspring of older mothers had higher BMI, blood pressure, height, intelligence, non-cognitive ability and socioeconomic position. They were less likely to smoke or to be left-handed. Associations with paternal age were strongly, but not completely, attenuated by adjustment for maternal age. Estimates from the commonly-used sibling comparison method were driven primarily by a pathway mediated by offspring date of birth when outcomes showed strong secular trends. These results suggest that the intra-uterine and early life environments provided by older mothers may be detrimental to offspring cardiovascular health, but that their greater life experience and social position may bring intellectual and social advantages to their offspring. The analysis of parental age presents particular challenges, and further methodological developments are needed.
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[21]  
Martinez-Pasarell O(2011)Impact of maternal age and maternal somatic characteristics on newborn size Bjog-an International Journal of Obstetrics and Gynaecology 118 500-509
[22]  
Egozcue J(2012)Explaining differences in birth outcomes in relation to maternal age: the Generation R Study Lancet 380 572-580
[23]  
Templado C(1990)Plasma HDL cholesterol and risk of myocardial infarction: a mendelian randomisation study N. Engl. J. Med. 322 1673-1673
[24]  
Stein Z(2004)Left-handedness in offspring as a function of maternal age at parturition Laterality 9 175-188
[25]  
Susser M(1973)A large-scale study of handedness and pregnancy/birth risk events: Implications for genetic theories of handedness Neuropsychologia 11 363-366
[26]  
Myrskylae M(1990)Handedness and birth stress N. Engl. J. Med. 323 1426-1427
[27]  
Fenelon A(1994)Left-handedness and maternal age Brain Cogn. 26 103-167
[28]  
Barclay K(2014)Evaluating the empirical support for the Geschwind-Behan-Galaburda model of cerebral lateralization J. Econ. Perspect. 28 193-212
[29]  
Myrskylae M(2007)The wages of sinistrality: handedness, brain structure, and human capital accumulation Epidemiology 18 208-212
[30]  
D′Onofrio BM(1950)Innate handedness and disease-specific mortality in women British journal of social medicine 4 75-85