Abstract

This paper contributes to the discussion of whether non-indicated ultrasound examinations of the thyroid gland contribute to overtreatment and excess health care expenditures. Using two sources of claims data from Germany, we analyzed data from patients who underwent a TSH blood test which is the initial diagnostic measure to check for possible presence of thyroid dysfunction. In a matching analysis, we compared health costs of two groups of patients. One consisted of patients who underwent an early thyroid ultrasound that according to medical guidelines—at this point—was probably not indicated. The other group consisted of patients, who underwent no ultrasound examination at all or later in the course of the disease, making probable a correct indication. Both groups were made comparable by the means of a matching procedure. Average thyroid-specific health costs were substantially higher for the first group in the quarter in which the ultrasound examination took place. Some deviation in these specific costs persisted over a substantial period of time, with drug expenditures exhibiting the biggest difference. If, however, total health costs were considered, difference in costs was only found in the initial quarter. We conclude that non-indicated ultrasound examination of the thyroid gland may have some moderate effects on thyroid-specific costs. Yet the data do not suggest that long-lasting overtreatment and excess health expenditures are initiated by non-indicated ultrasound in Germany.

Highlights

  • The increasing incidence of thyroid cancer has repeatedly been discussed in the literature

  • To allow straightforwardly compare how the mean health costs in both groups evolved over time, we present the results in the form of bar plots

  • The results do not suggest that the presumably unnecessary ultrasound examination of the thyroid gland generally leads to a long-term increase in overall inpatient, outpatient or pharmaceutical costs

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Summary

Introduction

The increasing incidence of thyroid cancer has repeatedly been discussed in the literature. According to a study by Vacarella et al [6], the agestandardized incidence of thyroid cancer of women in the United States increased from 9.1 cases per 100,000 inhabitants in 1988–1992 to 19.2 cases per 100,000 inhabitants in 2003–2007. A similar change can be observed in European countries, where for instance the incidence of thyroid cancer of women in France increased from 6.9 to 16 cases per 100,000 inhabitants over the same period. In terms of absolute numbers thyroid cancer mortality has hardly changed or even decreased [1,2,3, 7].

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