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Spenney JG, Tobin MM, Mihas AA, et al. Utilization of a radioiodinated bile salt for kinetic studies and hepatic scintigraphy. Studies in nonhuman mammals. Gastroenterology. 1979;76(2):272-8
Spenney, J. G., Tobin, M. M., Mihas, A. A., Gibson, R. G., Hirschowitz, B. I., Johnson, B. J., & Tauxe, W. N. (1979). Utilization of a radioiodinated bile salt for kinetic studies and hepatic scintigraphy. Studies in nonhuman mammals. Gastroenterology, 76(2), 272-8.
Spenney, J G, et al. "Utilization of a radioiodinated bile salt for kinetic studies and hepatic scintigraphy. Studies in nonhuman mammals." Gastroenterology vol. 76,2 (1979): 272-8.
Spenney JG, Tobin MM, Mihas AA, Gibson RG, Hirschowitz BI, Johnson BJ, Tauxe WN. Utilization of a radioiodinated bile salt for kinetic studies and hepatic scintigraphy. Studies in nonhuman mammals. Gastroenterology. 1979 Feb;76(2):272-8. PMID: 759259.
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Elsevier Science

Gastroenterology. 1979 Feb;76(2):272-8.

Utilization of a radioiodinated bile salt for kinetic studies and hepatic scintigraphy. Studies in nonhuman mammals.

Gastroenterology

J G Spenney, M M Tobin, A A Mihas, R G Gibson, B I Hirschowitz, B J Johnson, W N Tauxe

PMID: 759259

Abstract

An 125I- or 131I-labeled bile salt derivative, cholylglycyliodohistamine, has been synthesized and purified. The bile salt derivative is rapidly cleared from the circulation when injected intravenously into rats and rabbits. Ten minutes after injection, approximately 50% of the recovered bile salt derivative was in the jejunum and ileum, and 36% was found in the liver. Sixty minutes after injection, 99% of the recovered radioactivity was found in the luminal gastrointestinal tract. The isotope was cleared from the circulation of rabbits with a t1/2 of approximately 2 min. Hepatic scintigraphy using rabbits demonstrated rapid uptake by the liver and excretion into the intestine. Quantitative analysis of scintigraphy showed an uptake rate of 14%/min and a subsequent excretory rate of 4.6/min.

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