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1 0 days and 31% reported using a multivitamin-mineral supplement.
2 ely to also report use of single vitamin and mineral supplements.
3 l as among users and nonusers of vitamin and mineral supplements.
4  crucial but separate issues for vitamin and mineral supplements.
5 s of VMS; of these, 76.7% used multi-vitamin/mineral supplements.
6 BPs) were discovered as potential agents for mineral supplements.
7   Half of the physicians took a multivitamin-mineral supplement; 35.5% of these did so regularly.
8  did participants receiving multivitamin and mineral supplements (73% vs. 43%; P < 0.001).
9 ng by experts in nutrition, and multivitamin/mineral supplement after ITx could be of benefit to the
10                        Administration of the mineral supplements also improved the retention of P in
11 % of survivors reported using any vitamin or mineral supplements and 26% to 77% reported using any mu
12 ether 10-y average intakes of 13 vitamin and mineral supplements and glucosamine, chondroitin, saw pa
13 ortified plant foods, the use of vitamin and mineral supplements, and the widespread dissemination of
14                                  Vitamin and mineral supplements are among the most commonly used dru
15                        Although multivitamin/mineral supplements are commonly used in the United Stat
16                                  Vitamin and mineral supplements are commonly used to prevent chronic
17 ted to date failed to show that multivitamin-mineral supplements are more effective than are iron-fol
18                                              Mineral supplements are required to be soluble as their
19                             Multivitamin and mineral supplements are the most commonly used dietary s
20                    The indiscriminate use of mineral supplements can adversely affect physiologic fun
21  examine whether regular use of multivitamin/mineral supplements could modify the relation between ma
22 ements to their diets (10% used multivitamin/mineral supplements), despite the restrictive nature of
23 peed treadmill exercise while feeding mice a mineral-supplemented diet would lead to greater cortical
24             More than 25% of the vitamin and mineral supplements examined contained no copper, 40% co
25 atosis includes avoidance of medicinal iron, mineral supplements, excess vitamin C, and uncooked seaf
26 (-)-epicatechin] and/or a daily multivitamin-mineral supplement for cardiovascular disease and cancer
27 ement use was defined as use of multivitamin/mineral supplements for at least 3 days per week during
28  NLPP women who did not use multivitamin and mineral supplements had lower CD3+CD4+ cell percentages
29                             Multivitamin and mineral supplements had no significant effect on cardiov
30                                 Multivitamin-mineral supplements have been viewed as a simpler soluti
31                                              Mineral supplements, hydrochlorothiazide and potassium-s
32  evidence on the efficacy of multivitamin or mineral supplements in the general adult population for
33                               A multivitamin-mineral supplement is one low-cost way to ensure intake
34                      Use of multivitamin and mineral supplements is common among U.S. adults, yet few
35 e, urban women, use of prenatal multivitamin/mineral supplements may have the potential to diminish i
36 d to receive daily either a multiple vitamin/mineral supplement or a placebo.
37                             Multivitamin and mineral supplement or placebo taken daily for 1 year.
38 twice daily oral, high-dose multivitamin and mineral supplements or matching placebo for 60 months.
39                           A multivitamin and mineral supplement reduced the incidence of participant-
40 questions on portion size and use of vitamin/mineral supplements, respectively.
41 algorithm presented the best performance for mineral supplement samples.
42 nce of benefits from use of multivitamin and mineral supplements to prevent cancer and chronic diseas
43 nd 2006, 32 in total, addressing vitamin and mineral supplement use among US adult cancer patients an
44 determine rates of and variations in vitamin-mineral supplement use among US female physicians.
45                             Rates of vitamin-mineral supplement use by US female physicians are unkno
46 ine the association of prenatal multivitamin/mineral supplement use during the first and second trime
47                              Regular vitamin-mineral supplement use increased with age, and antioxida
48                        Assessing vitamin and mineral supplement use is important because supplement u
49                                  Vitamin and mineral supplement use is thought to be common among the
50 findings suggested that regular multivitamin/mineral supplement use might reduce the risk of fetal de
51 icy in the field of vitamin and multivitamin-mineral supplement use should occupy our attention inten
52 s index, preexisting illness, single vitamin/mineral supplement use, hormone replacement therapy use,
53 nistered mailed questionnaire on vitamin and mineral supplement use.
54 to improved folate status, increased vitamin/mineral supplements use, and other unknown causes after
55 nd Nutrition Examination Survey, vitamin and mineral supplements (VMS) use was identified via questio
56            Use of eight types of vitamin and mineral supplements was reported between 1994 and 1997 b
57 nsistent adverse effects of multivitamin and mineral supplements were evident.
58 ation of Ca, K, and Mg in samples of a human mineral supplement, where depth was used to obtain multi