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the TSHRcausingsevere congenital hyperthyroidism
iodinecausehypothyroidism ... hyperthyroidism?No
by a germ - line neo mutation in the extracellular portion of the thyrotropin receptor(passive) caused bySevere congenital hyperthyroidism
congenital lack of the thyroid gland or from abnormal biosynthesis of thyroid hormone or deficient TSH secretion(passive) may be caused byCongenital hypothyroidism
by excess prenatal maternal iodine ingestion(passive) caused byCongenital hypothyroidism
the thyroid gland that is not able to produce enough thyroid hormones for the body(passive) is mainly caused byCongenital hypothyroidism
by thyroid hormone synthesis defects(passive) caused bycongenital hypothyroidism
by thyroid dysgenesis(passive) caused bycongenital hypothyroidism
to thyroid dysgenesiscausingcongenital hypothyroidism
thyroid hormone synthesiscausescongenital hypothyroidism
by iodine deficiency(passive) caused bycongenital hypothyroidism
Iodine deficiencycausescongenital hypothyroidism
by improper functioning of thyroid(passive) caused bycongenital hypothyroidism
the likelyto resultin a flare up of hypothyroidism
treatment?Whatcausescongenital hypothyroidism
defects in thyroid development leading to thyroid dysgenesis(passive) is most often caused byCongenital hypothyroidism
loss of function mutation of the TSH receptorcausescongenital hypothyroidism
activitiescausebursitis flare - ups
by low or non - existing levels of thyroid hormone(passive) caused bycongenital hypothyroidism
the thyroid gland that is not able to produce(passive) is mainly caused byCongenital hypothyroidism
by mutations in the(passive) caused bycongenital hypothyroidism
other medical conditionsmay ... causeCongenital hypothyroidism
by isolated hereditary TSH deficiency(passive) caused byCongenital hypothyroidism
Defectscausecongenital hypothyroidism
the receptorcausingcongenital hypothyroidism
receptorcausingcongenital hypothyroidism
by new mutations in the thyroid oxidase 2 ( THOX2 ) gene(passive) caused byCongenital hypothyroidism
by a novel homozygous mutation in thyroglobulin gene(passive) caused byCongenital hypothyroidism
by a novel homozygous mutation in the thyroglobulin gene(passive) caused byCongenital hypothyroidism
aplasia or hypoplasia of the thyroid gland(passive) may be caused byCongenital hypothyroidism
Renal dysfunction due to severe toxicitycausingcongenital hypothyroidism
the causecausedcongenital hypothyroidism
by a combination of loss - of - function mutations in the thyrotropin receptor and(passive) caused bycongenital hypothyroidism
excess thyroid hormone releasecausingmild hyperthyroidism
gene mutationscausingcongenital hypothyroidism
Aberrations in prenatal development ... various forms of thyroid dysgenesiscan causecongenital hypothyroidism
by the absence or reduction of this gland in newborn humans(passive) caused bycongenital hypothyroidism
usually(passive) is ... causedCongenital hypothyroidism
by defective iodide transport(passive) caused byCongenital hypothyroidism
TSHR mutationscausingcongenital hypothyroidism
to thyroid stormleadsto thyroid storm
to problems with mental developmentcan leadto problems with mental development
mental retardation and growth problemscan causemental retardation and growth problems
mental retardation and impairment of developmentcausesmental retardation and impairment of development
from a failure in thyroid developmentresultsfrom a failure in thyroid development
no symptoms or vague symptoms that may be attributed to aging , such as memory problems , dry skin . and fatigueoften causesno symptoms or vague symptoms that may be attributed to aging , such as memory problems , dry skin . and fatigue
mental retardation and impairment of growthcausesmental retardation and impairment of growth
to developmental abnormalities resulting in cretinismleadsto developmental abnormalities resulting in cretinism
cretinism and mental retardationcausescretinism and mental retardation
mental retardationcan causemental retardation
mental retardationcausemental retardation
to growth failure and permanent mental retardation among affected childrencan leadto growth failure and permanent mental retardation among affected children
from an abnormally small thyroid gland ( thyroid hypoplasiaresultingfrom an abnormally small thyroid gland ( thyroid hypoplasia
in mental and growth retardationcan resultin mental and growth retardation
depression and fatiguecan causedepression and fatigue
mental retardation if left untreatedcan causemental retardation if left untreated
to cognitive delays and mental retardationleadingto cognitive delays and mental retardation
to weak concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >leadsto weak concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >
to weak concentrations of circulating thyroid hormones ( triiodothyronine ] and thyroxineleadsto weak concentrations of circulating thyroid hormones ( triiodothyronine ] and thyroxine
to weak concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < Tleadsto weak concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T
from a failure of the thyroid gland to develop properly in uterousually resultsfrom a failure of the thyroid gland to develop properly in utero
usuallyresultsusually
if untreatedwill leadif untreated
psychological retardation and impairment of developmentcausespsychological retardation and impairment of development
Neurodevelopmental impairment(passive) caused byNeurodevelopmental impairment
permanent developmental retardationcausespermanent developmental retardation
intellectual delaycausesintellectual delay
serious neurological , mental , and motor damagecan causeserious neurological , mental , and motor damage
dwarfismcausesdwarfism
to stunted growthcan leadto stunted growth
in the following conditionsresultsin the following conditions
hearing losscan causehearing loss
within the studydiscoveredwithin the study
to stunted concentrations of circulating thyroid hormones ( triiodothyronine ] and thyroxineleadsto stunted concentrations of circulating thyroid hormones ( triiodothyronine ] and thyroxine
to stunted concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >leadsto stunted concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >
to low concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < Tleadsto low concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T
to low concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >leadsto low concentrations of circulating thyroid hormones ( triiodothyronine < T > ] and thyroxine < T >
to stunted concentrations of circulating thyroid hormones ( triiodothyronine [ T3 ] and thyroxineleadsto stunted concentrations of circulating thyroid hormones ( triiodothyronine [ T3 ] and thyroxine
to low concentrations of circulating thyroid hormones ( triiodothyronine [ T3 ] and thyroxine [ T4leadsto low concentrations of circulating thyroid hormones ( triiodothyronine [ T3 ] and thyroxine [ T4
to unrefined concentrations of circulating thyroid hormonesleadsto unrefined concentrations of circulating thyroid hormones