Abstract
Dynamic function measurements are performed in order to gain insight into physiological processes. Several conditions have to be met in order for measurements to yield the desired results:
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1.
The measurement itself must not alter the process to be measured. Radioactive tracers are ideally suited for this purpose: they are identical in chemical and physical characteristics with the cold substance, they are negligible in quantity, and they can be measured in a noninvasive manner. As a matter of fact, for most physiological tests, it is necessary to add sufficient cold substance in order to assure a realistic organ function.
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2.
The substance should be function-specific. Much progress has been made toward identifying and supplying radiopharmaceuticals with such organ and/or function specificity. While this specificity is presumed to be established for clinical investigations, it is exactly the object of other research-oriented measurements.
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3.
The substances should have a suitable detection characteristic. This refers both to the physicial qualifications, such as half-life, freedom of particular radiation, suitable energy spectrum, as well as chemical characteristics such as stability, purity, etc.
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4.
The radiopharmaceutical should imply low body burden when used as intended.
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5.
The radiopharmaceutical should be readily available and of guaranteed quality. Only if the commercial supply is secured, and the cost justifiable, will widespread application establish its usefulness.
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Hindel, R., Klement, V. (1980). Elektronische Datenverarbeitung. In: Hundeshagen, H. (eds) Nuklearmedizin / Nuclear Medicine. Handbuch der medizinischen Radiologie / Encyclopedia of Medical Radiology, vol 15 / 1 / A. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-81186-9_10
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