ライフサイエンスコーパス: calcium supplement

1 32 patients were prescribed the recommended calcium supplements.

2 equate calcium intake from dairy products or calcium supplements.

3 Self-reported use of calcium supplements.

4 y; range: 5-10 y), whose mothers received a calcium supplement (1500 mg Ca/d from 20 wk of gestation

5 of heme and nonheme iron with and without a calcium supplement (450 mg).

6 we studied whether the use of vitamin D and calcium supplements affects periodontal disease status.

7 having a bone density test, 29% were taking calcium supplements, and 45% were receiving vitamin D.

8 l use, physical activity, multivitamins, and calcium supplements, and negatively associated with post

9 uency, reasons of dental visit, vitamin D or calcium supplements, and season of blood draw were consi

10 ardiovascular disease (CVD) risk in users of calcium supplements are a major public health concern.

11 Vitamin D and calcium supplements are commonly used, often together, t

12 evidence investigating whether vitamin D and calcium supplements are helpful, harmful, or neutral for

13 Vitamin D and calcium supplements are often recommended for fracture p

14 ther the total calcium intake nor the use of calcium supplements at baseline was associated with the

15 in those who obtained calcium primarily from calcium supplements at the spine (P=0.012), femoral neck

16 ents were prescribed vitamin D3 with/without calcium supplement based on a blood biomarker measures o

17 oup C, butter, calcium caseinate powder, and calcium supplement (CaCO(3)) (BCC); or group D, 120 g FF

18 had higher recorded iron and folic acid and calcium supplement consumption and mean dietary diversit

19 ly assigned to receive either a placebo or a calcium supplement containing 1000 mg supplemental Ca/d

20 formulated in the diet; (group 3) R-568 plus calcium-supplemented drinking water (R-568 plus Ca); or

21 t increases in physician recommendations for calcium supplements for prevention and treatment of oste

22 ngly stringent limits of lead exposure, many calcium supplement formulations contain lead and thereby

23 tin concentrations were 28.4 microg/L in the calcium-supplemented group and 27.5 microg/L in the plac

24 In the calcium-supplemented group, CaR expression increased 27%

25 Calcium supplements have increasingly been used at pre-

26 Calcium supplements increase bone mass in children, but

27 adient in risk was also found in relation to calcium supplement intake.

28 ral Gambian women with a low-calcium diet, a calcium supplement of 1500 mg/d during pregnancy resulte

29 n extra 119.3 mumol (7.8 mg) Zn as part of a calcium supplement offset the detrimental effect of calc

30 However, the role of dietary calcium and calcium supplements on estrogen metabolism and BMD remai

31 From calcium supplements only, the values were 91.5, 90.2, 90

32 ticosteroids, bisphosphonates, vitamin D and calcium supplements (OR, 1.9; 95% CI, 1.2-3.1).

33 , use of hormone replacement therapy, use of calcium supplements, or use of vitamin D supplements.

34 cipants over 7 y was approximately 830 mg/d; calcium-supplemented persons received an additional appr

35 have been reported in some over-the-counter calcium supplement preparations, including not only bone

36 d no differences in incidence of CVD between calcium supplement recipients and nonrecipients.

37 e to high doses may reduce CVD risk, whereas calcium supplements seem to have minimal cardiovascular

38 al); on day 2, identical meals (taken with a calcium supplement to reduce iron bioavailability) were

39 Both groups received calcium supplements to ensure an adequate calcium intake

40 The use of calcium supplements to prevent declines in bone mineral

41 als analyzed, 20 modified the diet or used a calcium supplement (total 1183 mg/d) and 11 did not (tot

42 00 IU nasal salmon calcitonin, six also used calcium supplements (total 1466 mg/d) whereas one used c

43 Instead, calcium supplement use was modestly associated with redu

44 Any elevation in CVD risk with calcium supplement use would be of particular concern in

45 um and colorectal adenoma was largely due to calcium supplement use, with a 27% decrease in adenoma r

46 Results were similar for dietary calcium and calcium supplement use.

47 D intake, fish intake, multivitamin use, and calcium supplement use.

48 onal questions on the amount and duration of calcium supplement use.

49 on was reduced significantly by 50% when the calcium supplement was given with the meal.

50 eas in a third RCT, low-dose vitamin D, with calcium supplements, was shown to increase kidney stone

51 Daily calcium supplements were provided to increase the total

52 She exercises regularly and takes a calcium supplement with vitamin D.