Vitamin D: physiology and pathophysiology.

Diego Brancaccio, Mario Cozzolino, Sabina Pasho, Giuditta Fallabrino, Laura Olivi, Maurizio Gallieni

Journal: The International journal of artificial organs 2009;32(2):87-94

PMID: 19363780

Abstract

Although vitamin D was initially considered a nutrient, it has been recognized that the molecules derived from vitamin D metabolism are best considered as a complex endocrine system. In this review article we summarize the basic concepts regarding vitamin D metabolism, transport, and genomic activity through the vitamin D receptor, facilitating activation or suppression of target genes. We also examine non-genomic actions, biological responses to vitamin D in classic target organs (intestine, bone, kidneys, and parathyroid glands), and in organs and tissues not related to mineral homeostasis.

Address: Nephrology and Dialysis Unit, San Paolo Hospital, University of Milan, Milan - Italy. [email protected]
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