The Journal of Clinical Endocrinology & Metabolism · 1955 · 53 citations · 12 references
MedicineEndocrinologyPediatricsEndocrine GeneticsPathophysiologyPediatric EndocrinologyEndocrine DiseaseGenetic DisordersInborn Errors Of MetabolismIodine DeficiencyThyroid DisordersThyroid EndocrinologyAccidental Medication IngestionIodine ToxicityPediatric HypothyroidismPediatric Thyroid DiseasePediatric Thyroid DisordersThyroid Dysgenesis
IN 1888 the Committee appointed by the Clinical Society of London (1) to study myxedema concluded that the disease described under the name of myxedema, as observed in adults, was practically the same disease as that named sporadic cretinism when affecting children. The Committee noted that although these conditions appeared to depend on, or to be associated with, destruction or loss of function of the thyroid gland, the ultimate cause of such destruction or loss was not evident. It would be equally true today to say that the ultimate cause of most cases of either adult or childhood myxedema or of sporadic cretinism, remains obscure. Obvious exceptions are: i) the hypothyroidism which follows accidental ingestion or therapeutic use of goitrogenic substances, including drugs; ii) endemic cretinism, which is usually goitrous and is due to lack of iodine; and iii) sporadic goitrous cretinism, which is usually familial and is probably due to an inborn error of metabolism, genetically transmitted (2, 3).
12
Annals of Internal Medicine · 1964 · 692 citations · Full text
The Physiology of the Newborn Infant.
Archives of Pediatrics and Adolescent Medicine · 1953 · 323 citations
Medicine, Pediatrics, Physiology +12
RADIOACTIVE-IODINE STUDIES IN NON-ENDEMIC GOITROUS CRETINISM
E. M. McGirr, J. H. Hutchison · The Lancet · 1953 · 80 citations
The Diagnosis of Thyrotoxicosis
E. J. Wayne · BMJ · 1954 · 64 citations · Full text
Medicine, Cardiology, Radiology +14