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1 ntrol group to assess the seasonal change of calcidiol.
2 tention (balance) correlated positively with calcidiol (25-hydroxyvitamin D) concentration (r = 0.48,
3           We conducted this study to compare calcidiol (25-hydroxyvitamin D) concentrations of men an
4 oxyvitamin D) and high circulating levels of calcidiol (25-hydroxyvitamin D) each increased serum FGF
5 ct in the presence of normal serum levels of calcidiol and calcitriol suggests vitamin D resistance a
6 latory children may be at risk for low serum calcidiol and osteopenia; and that routine monitoring of
7 rations, and to compare associations between calcidiol and PTH concentrations in elderly men and wome
8                                       Plasma calcidiol and serum PTH concentrations were inversely re
9 ed diet records, serum analyses (calcium and calcidiol), and hand-wrist radiographs evaluated for bon
10 owed a significant effect of season on serum calcidiol but not on serum parathyroid hormone.
11 uld be < or =2 mo to ensure continuous serum calcidiol concentrations above baseline.
12       More than 90% of the men and women had calcidiol concentrations below this value in the wintert
13 inversely related, with PTH rising slowly as calcidiol concentrations declined below 110 nmol/L (95 C
14                                        Serum calcidiol concentrations were followed for 4 mo.
15 y of 182 men and 209 women aged > 65 y, mean calcidiol concentrations were higher in men than in wome
16 et measured in winter (February-May), plasma calcidiol concentrations were lower and not significantl
17              In a multiple-regression model, calcidiol concentrations were positively influenced by w
18 tamin D supplementation elevates circulating calcidiol concentrations, and thus has a potential role
19  safe, effective, and simple way to increase calcidiol concentrations.
20                           Furthermore, serum calcidiol correlated with milk calcium intake (r = 0.35,
21 ns considered normal in the young when serum calcidiol is 122 nmol/L (49 ng/mL); this would require a
22       Vitamin D deficiency (defined as serum calcidiol &lt; 4.8 nmol/L, or 12 ng/mL) occurred in 8% of w
23                  In conclusion, normal serum calcidiol may avoid the problem of osteomalacia, but it
24  prediction of serum calcium (P < 0.009) and calcidiol (P < 0.0001), the Z scores for number of ossif
25 ssociated with serum calcium (P < 0.005) and calcidiol (P < 0.01) concentrations.
26  hormone was inversely correlated with serum calcidiol (r = -0.33, P < 0.001) and the regression pred
27                                        Serum calcidiol rose promptly after cholecalciferol dosing fro
28                                              Calcidiol, the major circulating metabolite of vitamin D
29  course and response of 25-hydroxyvitamin D (calcidiol) to a large oral dose of cholecalciferol.
30      The high prevalence of lower wintertime calcidiol values may increase risk of bone loss in elder
31                                        Serum calcidiol was significantly correlated with vitamin D in
32              Mean serum 25-hydroxyvitamin D (calcidiol) was 10.8 +/- 4.4 nmol/L (27 +/- 11 ng/mL) in

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