BackgroundMaternal hypothyroidism and hypothyroxinemia are associated with poor neuropsychological development in children. Previous research is lacking on whether maternal thyroid dysfunction affects sensory and linguistic development in childhood.MethodsThe Northern Finland Birth Cohort 1986 included all births within a year (9,362 women, 9,479 children) from the two northernmost Finnish provinces. Maternal serum samples (n = 5,791) were obtained in early pregnancy and analyzed for TSH, free T4, and thyroid peroxidase antibodies (TPO-Abs). Five thousand three hundred and ninety-one parents evaluated their child’s sensory and linguistic development at 7 years old via a questionnaire (excluding children with an intelligence quotient ≤85). T...
Introduction: There is evidence, though not consistent, that offspring born to mothers with subtle d...
Introduction There is evidence, though not consistent, that offspring born to mothers with subtle de...
Thyroid hormones are essential growth and development regulators in both foetal and neonatal period....
Abstract Background: Maternal hypothyroidism and hypothyroxinemia are associated with poor neuropsy...
BackgroundMaternal thyroid hormones' supply is crucial for fetal neurodevelopment; however, the role...
Thyroid hormones are essential for neurodevelopment from early pregnancy onward. Yet population-base...
Maternal thyroid function during pregnancy is implicated in the neurodevelopment of the offspring, y...
Exposure to maternal hypothyroxinemia during pregnancy, which is characterized by low free T4 but no...
Abstract Maternal gestational thyroid dysfunction has been associated with adverse neuropsychologic...
Background: Maternal thyroid status and autoimmunity during pregnancy have been associated with impa...
Thyroid hormones are essential for brain development, and maternal thyroid disease may affect child ...
13 pages, 1 figure, 5 tables.-- Special article: Clinical perspective.Several recent publications ha...
Normal neuropsychological development depends upon adequate function of both maternal and foetal th...
Although evidence suggests that maternal hypothyroidism and mild hypothyroxinemia during the first h...
Low maternal free thyroxine (FT4) has been associated with poor child neurodevelopment in some singl...
Introduction: There is evidence, though not consistent, that offspring born to mothers with subtle d...
Introduction There is evidence, though not consistent, that offspring born to mothers with subtle de...
Thyroid hormones are essential growth and development regulators in both foetal and neonatal period....
Abstract Background: Maternal hypothyroidism and hypothyroxinemia are associated with poor neuropsy...
BackgroundMaternal thyroid hormones' supply is crucial for fetal neurodevelopment; however, the role...
Thyroid hormones are essential for neurodevelopment from early pregnancy onward. Yet population-base...
Maternal thyroid function during pregnancy is implicated in the neurodevelopment of the offspring, y...
Exposure to maternal hypothyroxinemia during pregnancy, which is characterized by low free T4 but no...
Abstract Maternal gestational thyroid dysfunction has been associated with adverse neuropsychologic...
Background: Maternal thyroid status and autoimmunity during pregnancy have been associated with impa...
Thyroid hormones are essential for brain development, and maternal thyroid disease may affect child ...
13 pages, 1 figure, 5 tables.-- Special article: Clinical perspective.Several recent publications ha...
Normal neuropsychological development depends upon adequate function of both maternal and foetal th...
Although evidence suggests that maternal hypothyroidism and mild hypothyroxinemia during the first h...
Low maternal free thyroxine (FT4) has been associated with poor child neurodevelopment in some singl...
Introduction: There is evidence, though not consistent, that offspring born to mothers with subtle d...
Introduction There is evidence, though not consistent, that offspring born to mothers with subtle de...
Thyroid hormones are essential growth and development regulators in both foetal and neonatal period....