ライフサイエンスコーパス: serum zinc

1 The association between serum zinc and pneumonia in the elderly has not been stu

2 min A metabolism and transport are impaired, serum zinc and vitamin A concentrations tend to be posit

3 Alcoholic subjects had normal serum zinc, but significantly decreased alveolar macroph

4 A low serum zinc concentration (<10.7 mumol/L) was present in

5 who met eligibility criteria, 58% had a low serum zinc concentration (serum zinc <70 mug/dL); these

6 es in height, weight, weight-for-height, and serum zinc concentration by using random-effects models;

7 The population mean serum zinc concentration is a useful indicator of the su

8 In addition, a higher serum zinc concentration modified the association of GLA

9 The increase in serum zinc concentration was associated with the enhance

10 rior to or with greater sensitivity than the serum zinc concentration which represents the current zi

11 Concomitant with a decrease in serum zinc concentration, changes in buccal and blood ge

12 immunity of nursing home elderly with a low serum zinc concentration.

13 At baseline, 21.4% of children had serum zinc concentrations <65 mug/dL.

14 the vitamin A + zinc group who had baseline serum zinc concentrations <9.9 micromol/L were 4 times m

15 with a higher risk observed among those with serum zinc concentrations above the median (P-interactio

16 lementation has the potential to improve the serum zinc concentrations and immunity of nursing home e

17 The primary outcome measure was change in serum zinc concentrations between baseline and month 3.

18 se (D6D), with T2D risk to determine whether serum zinc concentrations could modify these association

19 c concentrations, subjects with normal final serum zinc concentrations had a lower incidence of pneum

20 We measured serum zinc concentrations in 538 women, urinary zinc con

21 The objective was to determine whether serum zinc concentrations in nursing home elderly are as

22 Normal serum zinc concentrations in nursing home elderly are as

23 30 mg/d for 3 mo is effective in increasing serum zinc concentrations in nursing home elderly; howev

24 Zinc supplementation to maintain normal serum zinc concentrations in the elderly may help reduce

25 dren, although there is some evidence of low serum zinc concentrations in vegetarian adolescents.

26 c supplementation on the physical growth and serum zinc concentrations of prepubertal children.

27 supplementation with 30 mg Zn/d for 3 mo on serum zinc concentrations of zinc-deficient nursing home

28 others receiving zinc supplements had higher serum zinc concentrations than mothers who did not recei

29 supplemented groups had significantly lower serum zinc concentrations than the control group (8.4+/-

30 ifth percentile had significantly lower mean serum zinc concentrations than those with a height/lengt

31 Normal baseline serum zinc concentrations were associated with a reducti

32 However, increases in serum zinc concentrations were associated with decreases

33 s with baseline (n = 578) or final (n = 420) serum zinc concentrations were categorized as having low

34 Increases in serum zinc concentrations were inversely associated with

35 Zinc treatment increased serum zinc concentrations, but alone (zinc alone group),

36 dicators of iron nutriture, and no effect on serum zinc concentrations, infections, physical growth,

37 However, data on serum zinc concentrations, the recommended biomarker for

38 on caused a large increase in the children's serum zinc concentrations, with an effect size of 0.820

39 iors (ie, socialization and leadership), and serum zinc concentrations.

40 (<70 microg/dL) or normal (>or=70 microg/dL) serum zinc concentrations.

41 night-blind pregnant women with low initial serum zinc concentrations.

42 dependent on maintenance of normal maternal serum zinc concentrations.

43 Serum zinc correlated with hemoglobin (r = 0.24, P < 0.0

44 ZIP14 induction accompanies the reduction in serum zinc (hypozincemia) of acute inflammation.

45 ortified cereals, vitamin C supplements, and serum zinc level (inverse) were found to predict red cel

46 Serum zinc level (odds ratio [OR], 0.77; P = .002) and l

47 Lower serum zinc level and lack of IgA seroconversion were ass

48 Blood was drawn in order to measure serum zinc levels by atomic absorption spectroscopy.

49 Oral zinc supplementation increased serum zinc levels following lactose-induced osmotic diar

50 In addition, serum zinc levels were unchanged, the lung weight/body w

51 Clinicians should utilize a combination of serum zinc levels, presenting signs and symptoms, and nu

52 with the immune system that are dependent on serum zinc levels.

53 ria, 58% had a low serum zinc concentration (serum zinc <70 mug/dL); these 31 were randomly assigned

54 Existing data indicate no differences in serum zinc or growth between young vegetarian and omnivo

55 ed and the following measurements were made: serum zinc, serum alkaline phosphatase, retinal zinc, RP

56 =60 mug serum Zn/dL failed to increase their serum zinc to >/=70 mug/dL.

57 nnot be clarified given the insensitivity of serum zinc to identify subclinical deficiency states.

58 The difference in the mean change in serum zinc was significantly higher, by 16%, in the zinc

59 Higher concentrations of serum zinc were associated with lower risk of human papi