American Journal of Clinical Pathology · 1985 · 38 citations · 14 references
MedicineEndocrinologyPharmacoeconomicsBenefit-cost AnalysisCost-benefit AnalysisCost-effectiveness AnalysisCost-effectiveness ComparisonCost-effectiveness ModelingEconomic EvaluationHyperthyroidism EvaluationThyroid DisordersThyroid Uptake StudiesCost-effectivenessCost-effectiveness Of Diagnostic TestingHealth Status IndicesSerum Thyroid-stimulating Hormone MeasurementThyroid Function EvaluationThyroid Function TestingThyroid Function TestsThyroid-stimulating Hormone Testing
An algorithmic test strategy was used in 5,002 hospital and clinic patients to detect unsuspected thyroid disease. The strategy eliminated redundant secondary tests; only 9.4% of patients required a T3 uptake determination and 2.7% a TSH or T3. Twenty-six cases of hypothyroidism (incidence: 0.5%) and seven cases of hyperthyroidism (incidence: 0.1%) were diagnosed. Costs of laboratory tests were analyzed in relation to health benefits. Fully allocated production and induced costs, after discounting to present value, amounted to $31,061. Health benefits were computed using a measure of quality of life derived from health status indices. Sensitivity analysis of selected patient groups demonstrated cost-effectiveness ratios ranging from $2,022 to $1,739 per quality adjusted life year.
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THE SPECTRUM OF THYROID DISEASE IN A COMMUNITY: THE WHICKHAM SURVEY
W. M. G. Tunbridge, D C Evered, R. Hall et al. · Clinical Endocrinology · 1977 · 2.7K citations
CONTROVERSY IN THE DETECTION OF DISEASE
DavidL. Sackett, W. W. Holland · The Lancet · 1975 · 262 citations