FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2978975210> ?p ?o ?g. }

• W2978975210 endingPage "571" @default.
• W2978975210 startingPage "559" @default.
• W2978975210 abstract "Abstract Background There is a need to test the fetal programming theoretical framework in nutritional epidemiology. We evaluated whether maternal seafood intake during pregnancy was associated with 8-year-old attention outcomes after adjusting for previous child seafood intake and cognitive function. We also explored effect modification by several single nucleotide polymorphisms (SNPs) related with polyunsaturated fatty acid (PUFA) metabolism. Methods Our final analyses included 1644 mother-child pairs from the prospective INMA (INfancia y Medio Ambiente) cohort study (Spain, recruitment between 2003 and 2008). We used food frequency questionnaires to assess prenatal and postnatal seafood consumption of the mother-child pairs. We evaluated attention function of the children through the computer-based Attention Network Test (ANT) and we used the number of omission errors and the hit reaction time standard error (HRT-SE). Parents reported child attention deficit hyperactivity disorder (ADHD) symptoms using the Revised Conners’ Parent Rating Scale Short Form (CPRS-R: S). We measured seven candidate SNPs in a subsample of 845 children. We estimated associations using regression models, adjusting for family characteristics, child seafood intake and cognitive functions at early ages, and to explore SNP effect modifications. Results Higher total seafood intake during early pregnancy was associated with a reduction of child ANT omission errors, 5th quintile (median = 854 g/week) vs 1st quintile (median = 195 g/week), incidence risk ratio (IRR) 0.76; 95% CI = 0.61, 0.94. Similar results were observed after adjusting the models for child seafood intake and previous cognitive status. Lean, large and small fatty fish showed similar results, and generally similar but less robust associations were observed with the other attention outcomes. Shellfish and canned tuna showed weaker associations. The association patterns were weaker in late pregnancy and null in child seafood consumption. Child rs1260326 (glucokinase regulator, GCKR) and child/maternal rs2281591 (fatty acid elongase 2, ELOVL2) polymorphisms showed nominal P-value for interactions &lt;0.10 between total seafood intake and ANT outcomes. Conclusions After adjusting for previous child cognitive functions and child seafood intake, high pregnancy consumption (total, lean, small and large fatty fish) was independently associated with improvements of some 8-year-old attention outcomes. Genetic effect modification analyses suggest PUFA intake from seafood as a potential biological mechanism of such association." @default.
• W2978975210 created "2019-10-10" @default.
• W2978975210 creator A5002857362 @default.
• W2978975210 creator A5006034844 @default.
• W2978975210 creator A5008963782 @default.
• W2978975210 creator A5011031736 @default.
• W2978975210 creator A5018100800 @default.
• W2978975210 creator A5030057281 @default.
• W2978975210 creator A5033361935 @default.
• W2978975210 creator A5040354650 @default.
• W2978975210 creator A5045622178 @default.
• W2978975210 creator A5046359435 @default.
• W2978975210 creator A5052680269 @default.
• W2978975210 creator A5052804750 @default.
• W2978975210 creator A5055616491 @default.
• W2978975210 creator A5058706284 @default.
• W2978975210 creator A5062857062 @default.
• W2978975210 creator A5068014717 @default.
• W2978975210 creator A5070275885 @default.
• W2978975210 creator A5075679536 @default.
• W2978975210 creator A5080056003 @default.
• W2978975210 date "2019-10-02" @default.
• W2978975210 modified "2023-10-18" @default.
• W2978975210 title "Maternal seafood consumption during pregnancy and child attention outcomes: a cohort study with gene effect modification by PUFA-related genes" @default.
• W2978975210 cites W156347532 @default.
• W2978975210 cites W1767177186 @default.
• W2978975210 cites W1933333593 @default.
• W2978975210 cites W1968185435 @default.
• W2978975210 cites W1989568128 @default.
• W2978975210 cites W1992677117 @default.
• W2978975210 cites W1996541729 @default.
• W2978975210 cites W1996748568 @default.
• W2978975210 cites W2008879769 @default.
• W2978975210 cites W2028516558 @default.
• W2978975210 cites W2044184221 @default.
• W2978975210 cites W2053765166 @default.
• W2978975210 cites W2067545591 @default.
• W2978975210 cites W2075775330 @default.
• W2978975210 cites W2095595424 @default.
• W2978975210 cites W2102678568 @default.
• W2978975210 cites W2108165606 @default.
• W2978975210 cites W2108741558 @default.
• W2978975210 cites W2114949397 @default.
• W2978975210 cites W2118528443 @default.
• W2978975210 cites W2150224975 @default.
• W2978975210 cites W2151898578 @default.
• W2978975210 cites W2161056057 @default.
• W2978975210 cites W2166821139 @default.
• W2978975210 cites W2264936145 @default.
• W2978975210 cites W2310542696 @default.
• W2978975210 cites W2336754852 @default.
• W2978975210 cites W2473557086 @default.
• W2978975210 cites W2509936128 @default.
• W2978975210 cites W2514246081 @default.
• W2978975210 cites W2514877907 @default.
• W2978975210 cites W2558236894 @default.
• W2978975210 cites W2615250767 @default.
• W2978975210 cites W2624223851 @default.
• W2978975210 cites W2750125030 @default.
• W2978975210 cites W2758182105 @default.
• W2978975210 cites W2777619048 @default.
• W2978975210 cites W2901303766 @default.
• W2978975210 cites W330205100 @default.
• W2978975210 doi "https://doi.org/10.1093/ije/dyz197" @default.
• W2978975210 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31578044" @default.
• W2978975210 hasPublicationYear "2019" @default.
• W2978975210 type Work @default.
• W2978975210 sameAs 2978975210 @default.
• W2978975210 citedByCount "7" @default.
• W2978975210 countsByYear W29789752102019 @default.
• W2978975210 countsByYear W29789752102021 @default.
• W2978975210 countsByYear W29789752102022 @default.
• W2978975210 crossrefType "journal-article" @default.
• W2978975210 hasAuthorship W2978975210A5002857362 @default.
• W2978975210 hasAuthorship W2978975210A5006034844 @default.
• W2978975210 hasAuthorship W2978975210A5008963782 @default.
• W2978975210 hasAuthorship W2978975210A5011031736 @default.
• W2978975210 hasAuthorship W2978975210A5018100800 @default.
• W2978975210 hasAuthorship W2978975210A5030057281 @default.
• W2978975210 hasAuthorship W2978975210A5033361935 @default.
• W2978975210 hasAuthorship W2978975210A5040354650 @default.
• W2978975210 hasAuthorship W2978975210A5045622178 @default.
• W2978975210 hasAuthorship W2978975210A5046359435 @default.
• W2978975210 hasAuthorship W2978975210A5052680269 @default.
• W2978975210 hasAuthorship W2978975210A5052804750 @default.
• W2978975210 hasAuthorship W2978975210A5055616491 @default.
• W2978975210 hasAuthorship W2978975210A5058706284 @default.
• W2978975210 hasAuthorship W2978975210A5062857062 @default.
• W2978975210 hasAuthorship W2978975210A5068014717 @default.
• W2978975210 hasAuthorship W2978975210A5070275885 @default.
• W2978975210 hasAuthorship W2978975210A5075679536 @default.
• W2978975210 hasAuthorship W2978975210A5080056003 @default.
• W2978975210 hasBestOaLocation W29789752101 @default.
• W2978975210 hasConcept C112672928 @default.
• W2978975210 hasConcept C126322002 @default.
• W2978975210 hasConcept C144024400 @default.
• W2978975210 hasConcept C149923435 @default.
• W2978975210 hasConcept C187212893 @default.

• next