ライフサイエンスコーパス: plasma zinc

1 improves zinc absorption but does not alter plasma zinc.

2 luence on VSMC gene expression is blocked by plasma zinc.

3 o distinguish direct and indirect effects of plasma zinc.

4 patients had low plasma zinc (hypozincemic) (plasma zinc, 45.4 +/- 1.8 microg/dL), whereas 18 had nor

5 .4 +/- 1.8 microg/dL), whereas 18 had normal plasma zinc (75.7 +/- 3.8).

6 g/d as amino acid chelate for 3 wk) elevated plasma zinc and activities of 5'-nucleotidase, a zinc-de

7 The association between plasma zinc and BMD was cross-sectional, longitudinal, a

8 ntact or hydrolyzed soy protein for 4 mo and plasma zinc and copper were measured monthly.

9 , blood was immediately collected to measure plasma zinc and cytokine concentrations and zinc transpo

10 of placebo, increased the concentrations of plasma zinc and decreased the concentrations of plasma h

11 Plasma zinc and exchangeable zinc pool size were also es

12 after zinc supplementation were as follows: plasma zinc and free thyroxine concentrations and mononu

13 significantly by iron-zinc deprivation, but plasma zinc and iron were somewhat lower in the deprived

14 Plasma zinc and phytohemagglutin-induced interleukin 2 m

15 Plasma zinc and proinflammatory cytokine levels were mea

16 pendent association between dietary zinc and plasma zinc and the association of each with bone minera

17 metric variables, breastfeeding, hemoglobin, plasma zinc, and common bacteria/viral respiratory patho

18 g blood was collected for the measurement of plasma zinc at 0, 12, and 18 mo.

19 35% (2.4 compared with 3.7 mg/d) and reduced plasma zinc by 5% within the normal range.

20 The main outcome was plasma zinc concentration (PZn), and the 3 groups were c

21 rns have been raised about the usefulness of plasma zinc concentration as an indicator of zinc status

22 FZA was negatively correlated with plasma zinc concentration at 34-36 wk gestation and with

23 The plasma zinc concentration fell 65% on average after 5 wk

24 The change in plasma zinc concentration from baseline was positively r

25 Thus, it appears that the mean plasma zinc concentration may be a useful indicator of p

26 The mean plasma zinc concentration of groups of individuals has b

27 Plasma zinc concentration responded in a dose-dependent

28 or of a population's zinc status because the plasma zinc concentration seems to predict whether growt

29 oduce an acute phase response also cause the plasma zinc concentration to fall.

30 ietary zinc intake was 11.2 mg, and the mean plasma zinc concentration was 12.7 micromol/L.

31 ange that accounted for the observed fall in plasma zinc concentration was a 60% reduction in the rat

32 different doses of supplemental zinc on the plasma zinc concentration, morbidity, and growth of youn

33 iation between the presence of infection and plasma zinc concentration, possibly because the severity

34 uced weight gain and linear growth and lower plasma zinc concentrations (11.8 +/- 0.6 and 9.2 +/- 0.8

35 ine concentrations increased with decreasing plasma zinc concentrations (P = 0.05).

36 model suggests that the profound decrease in plasma zinc concentrations after 5 wk of severe zinc dep

37 Unfortunately, plasma zinc concentrations also decrease with a number o

38 Z increased with increased dietary zinc, but plasma zinc concentrations and EZP size were unchanged.

39 ecifically, sepsis was associated with lower plasma zinc concentrations and higher SLC39A8 mRNA expre

40 ation with a dose as low as 3 mg/d increased plasma zinc concentrations and reduced diarrhea incidenc

41 sion was highest in patients with the lowest plasma zinc concentrations and the highest severity of i

42 Conditions that may alter maternal plasma zinc concentrations and the transport of zinc to

43 Zinc homeostasis and normal plasma zinc concentrations are maintained over a wide ra

44 Plasma zinc concentrations decline rapidly with severe d

45 Plasma zinc concentrations declined as gestation progres

46 Mean plasma zinc concentrations decreased in the control grou

47 We evaluated the associations between plasma zinc concentrations during pregnancy and various

48 We conclude that plasma zinc concentrations during the late first trimest

49 rately high-phytate diet had low TDZ and low plasma zinc concentrations in the third trimester of pre

50 n the growth, morbidity from infections, and plasma zinc concentrations of young children.

51 After plasma zinc concentrations were adjusted for gestational

52 Plasma zinc concentrations were below normal in CIC pati

53 Plasma zinc concentrations were compared with pregnancy

54 Dietary zinc intake and plasma zinc concentrations were lower in men with osteop

55 Mean baseline plasma zinc concentrations were marginal in children fro

56 a standard food-frequency questionnaire, and plasma zinc concentrations were measured by using induct

57 Plasma zinc concentrations were negatively correlated wi

58 ribution confounds the interpretation of low plasma zinc concentrations.

59 e (<11.3 micromol/L) than in men with higher plasma zinc concentrations.

60 patients) of routine micronutrient screens (plasma zinc, copper, selenium, and vitamins A, B-6, C, a

61 ants describing the distribution kinetics of plasma zinc did not change significantly.

62 However, plasma zinc did not predict bone loss during the 4-y int

63 Dietary zinc intake and plasma zinc each have a positive association with BMD in

64 e the older subjects had significantly lower plasma zinc, higher ex vivo generation of inflammatory c

65 the time of transplant, 17 patients had low plasma zinc (hypozincemic) (plasma zinc, 45.4 +/- 1.8 mi

66 After treatment with ZM or M plasma zinc increased.

67 Plasma zinc is also part of this small zinc pool that is

68 Most blood plasma zinc is bound to albumin, but the structure of th

69 The mechanism of reduced plasma zinc is not known.

70 ozincemic group followed by normalization of plasma zinc levels by 7 days posttransplant.

71 umans and rodents has little effect on blood plasma zinc levels, and yet cellular consequences of zin

72 only if the C-reactive protein is <20 mg/L (plasma zinc), <10 mg/L (plasma selenium and vitamins A a

73 together-only explained modest reductions in plasma zinc mass.

74 hropometric, high-precision knee-height, and plasma zinc measurements were made at baseline and at 3,

75 Carboxypeptidase N (CPN) is a plasma zinc metalloprotease comprised of two small subun

76 Carboxypeptidase N (CPN) is a plasma zinc metalloprotease, which consists of two enzym

77 has been suggested to describe an effect of plasma zinc on vitamin A transport.

78 low in absorbable zinc; severe stunting, low plasma zinc, or both; or persistent diarrhea.

79 oglobin, hematocrit, transferrin saturation, plasma zinc, or erythrocyte riboflavin values between 6

80 ere significantly lower in men in the lowest plasma zinc quartile (<11.3 micromol/L) than in men with

81 er this redistribution is the cause of a low plasma zinc rather than poor nutrition.

82 Plasma zinc, soluble interleukin (IL)-1 receptor antagon

83 Plasma zinc was </=70 mug/dL in 11 subjects at baseline

84 Before treatment the mean +/- SD plasma zinc was 14.9 +/- 1.7 micromol/dL and the range w

85 mg/d, phytate intake was 1033 +/- 843 mg/d, plasma zinc was 44.1 +/- 6.0 microg/dL, and the exchange

86 Plasma zinc was correlated with total zinc intake (diet

87 Plasma zinc was not significantly lower during the low d

88 dence of infections was significantly lower, plasma zinc was significantly higher, and generation of

89 sis showed that changes in concentrations of plasma zinc were inversely associated with changes in co

90 thalassemia major (Thal) frequently have low plasma zinc, which has been associated with low bone mas