The vitamin D receptor and the syndrome of hereditary 1, 25-dihydroxyvitamin D-resistant rickets
PJ Malloy, JW Pike, D Feldman - Endocrine reviews, 1999 - academic.oup.com
PJ Malloy, JW Pike, D Feldman
Endocrine reviews, 1999•academic.oup.comA. Historical aspects of VDR structure and function B. The domain structure of the VDR C.
The regulation of gene expression by the VDR IV. Cellular Basis of HVDRR A. Studies in
cultured skin fibroblasts B. Studies in other cells V. The VDR Gene and the Molecular Basis
of HVDRR A. The VDR chromosomal gene B. The VDR gene promoter C. Polymorphisms of
the VDR gene VI. HVDRR Mutations Causing the Ligand-Binding Positive Phenotype
The regulation of gene expression by the VDR IV. Cellular Basis of HVDRR A. Studies in
cultured skin fibroblasts B. Studies in other cells V. The VDR Gene and the Molecular Basis
of HVDRR A. The VDR chromosomal gene B. The VDR gene promoter C. Polymorphisms of
the VDR gene VI. HVDRR Mutations Causing the Ligand-Binding Positive Phenotype
A. Historical aspects of VDR structure and function B. The domain structure of the VDR C. The regulation of gene expression by the VDR IV. Cellular Basis of HVDRR A. Studies in cultured skin fibroblasts B. Studies in other cells V. The VDR Gene and the Molecular Basis of HVDRR A. The VDR chromosomal gene B. The VDR gene promoter C. Polymorphisms of the VDR gene VI. HVDRR Mutations Causing the Ligand-Binding Positive Phenotype
Oxford University Press