1 d dominant disorder that is characterized by rachitic bone disease and hypophosphatemia due to renal

2 YP24 inhibitor CTA102 also ameliorated their rachitic bones.

3             Interrater agreement was 65% for rachitic changes (kappa = 0.33) and 70% for demineraliza

4 s with use of the 10-point Thacher score for rachitic changes and a five-point scale for demineraliza

5 ants and toddlers with vitamin D deficiency, rachitic changes and definite demineralization are uncom

6                       All readers identified rachitic changes at both readings in two patients (5%) a

7 ependently reviewed the skeletal surveys for rachitic changes at the wrists and knees.

8 on homeostasis in the VDR-null mice prevents rachitic changes suggests that rickets is secondary to h

9 n the majority of the raters determined that rachitic changes were absent at both readings, alkaline

10 ound skeletal defects in cKO mice, including rachitic changes, hypomineralized long bones, deformatio

11 mpaired chondrocyte apoptosis and subsequent rachitic changes, two additional models were examined: d

12 isease resulted in near-complete recovery of rachitic/osteomalacic bony abnormalities in the absence

13 ore severe secondary hyperparathyroidism and rachitic skeletal phenotype, which were manifested by la