Search results for "infant growth"

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Prenatal ambient air pollution exposure, infant growth and placental mitochondrial DNA content in the INMA birth cohort

2017

Background: The association between prenatal air pollution exposure and postnatal growth has hardly been explored. Mitochondrial DNA (mtDNA), as a marker of oxidative stress, and growth at birth can play an intermediate role in this association. Objective: In a subset of the Spanish birth cohort INMA we assessed first whether prenatal nitrogen dioxide (NO2) exposure is associated with infant growth. Secondly, we evaluated whether growth at birth (length and weight) could play a mediating role in this association. Finally, the mediation role of placental mitochondrial DNA content in this association was assessed. Methods: In 336 INMA children, relative placental mtDNA content was measured. L…

Male0301 basic medicineMediation (statistics)Mitochondrial DNAAir pollution exposurePlacentaNitrogen DioxidePhysiologyFirst year of lifeGrowth010501 environmental sciencesBiologymedicine.disease_causeDNA Mitochondrial01 natural sciencesBiochemistryCohort StudiesToxicology03 medical and health sciencesprenatal air pollution; nitrogen dioxide; infant growth; mitochondrial DNA content; mediationPregnancymedicineHumansDones embarassades0105 earth and related environmental sciencesGeneral Environmental SciencePregnancyAmbient air pollutionAire -- ContaminacióBody WeightInfant Newbornmedicine.diseaseBody Height030104 developmental biologyMaternal ExposureSpainControl de la natalitatFemaleBirth cohortOxidative stressEnvironmental Research
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Early-life weight gain, prematurity, and asthma development.

2014

Early childhood asthma is a clinical syndrome, the development and clinical manifestations of which result from a complex interplay among airway anatomy, physiology, and inflammation. Although multiple phenotypes of early childhood wheezing and asthma have been described, the mechanisms that promote and differentiate these phenotypes remain poorly understood. Over the past decade, substantial understanding has emerged as to the early-life factors that influence childhood asthma development. One area of great interest has been the relationships between patterns of fetal and infant growth, subsequent wheezing, and asthma. Although several studies strongly suggest that intrauterine growth patt…

MalePediatricsmedicine.medical_specialtyAllergyBirth weightImmunologyBMI Body mass indexWeight GainAsthma and Lower Airway Diseasechildrencohort studiesWheezemedicineImmunology and AllergyBirth WeightHumansEarly childhoodlow birth weightSDS Standard deviation scoresAsthmaFetusinfant growthISAAC International Study on Asthma and Allergy in Childhoodbusiness.industrywheezingGestational ageasthmamedicine.diseasepOR Pooled odds ratioPremature BirthFemaleepidemiologymedicine.symptombusinessBody mass indexWeight gainOR Odds ratioThe Journal of allergy and clinical immunology
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