Abstract
The immunoassay technique introduced by Yalow and Berson(1, 2) has been one of the most significant advances in analytical methodology in the biological and medical sciences over the past two decades. The power of immunoassay lies in its combination of specificity, versatility, practicability, and potential sensitivity. It can enable the routine determination of specific analytes down to femtomole (10−15 mol) levels in highly complex media such as human blood serum. The practice of academic and diagnostic endocrinology has been revolutionized,(3) and the method is now undergoing major expansion into other areas of clinical science where its advantages are becoming appreciated, such as hematology,(4) cancer detection and treatment,(5) and the monitoring of drug therapy.(6, 7)
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Smith, D.S., Hassan, M., Nargessi, R.D. (1981). Principles and Practice of Fluoroimmunoassay Procedures. In: Wehry, E.L. (eds) Modern Fluorescence Spectroscopy. Modern Analytical Chemistry. Springer, Boston, MA. https://doi.org/10.1007/978-1-4684-1092-1_4
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