The Isolation and Identification of 5,6-trans -25-Hydroxyvitamin D sub(3) From the Plasma of Rats Dosed With Vitamin D sub(3). Evidence for a Novel Mechanism in the Metabolism of Vitamin D sub(3)

The authors report the isolation and identification of a major new metabolite of D sub(3) from the plasma of D-deficient hypocalcemic rats administered D sub(3) orally, and suggest a possible role for it in the metabolism of vitamin D.

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Bibliographic Details
Published in:The Journal of biological chemistry 1981-01, Vol.256 (18), p.9389-9392
Main Authors: Kumar, R, Nagubandi, S, Jardine, I, Londowski, J M, Bollman, S
Format: Article
Language:English
Online Access:Get full text
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Summary:The authors report the isolation and identification of a major new metabolite of D sub(3) from the plasma of D-deficient hypocalcemic rats administered D sub(3) orally, and suggest a possible role for it in the metabolism of vitamin D.
ISSN:0021-9258