ライフサイエンスコーパス: dietary potassium

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1 T-induced inhibition of ENaC similar to high dietary potassium.

2 Dietary potassium, an indicator of NEAP and fruit and ve

3 stroke, and an inverse relationship between dietary potassium and CVD.

4 dance of kidney ARH protein was modulated by dietary potassium and inversely correlated with changes

5 We investigated the relation between dietary potassium and protein, NEAP (with an algorithm i

6 fruit and vegetable intake may help increase dietary potassium and reduce hypertension-related diseas

7 Observational studies on dietary potassium and risk of cardiovascular disease (CV

8 Moreover, high dietary potassium and valsartan each augmented the inhib

9 In dietary potassium deficiency there is a decrease in the

10 Both dietary sodium and dietary potassium depletion substantially increase activ

11 increase in potassium absorption induced by dietary potassium depletion.

12 In conclusion, high dietary potassium enhances the inhibitory effect of AA a

13 High dietary potassium increased 11,12-EET in the isolated co

14 ith 109 +/- 35 mmol/d at 4 wk, P = 0.01) and dietary potassium intake (3775 +/- 1189 mg/d at baseline

15 When dietary potassium intake and plasma potassium are low, t

16 ortantly, in experimental animal models, low dietary potassium intake induces kidney injury through s

17 In contrast, when dietary potassium intake is high, aldosterone is stimula

18 volume], the gold standard for assessment of dietary potassium intake, represents a risk factor for g

19 It is concluded that dietary potassium is a potent determinant of hypertensio

20 iated with incident type 2 diabetes, and low dietary potassium is more common in African Americans th

21 It was demonstrated previously that low dietary potassium (K) intake stimulates Src family prote

22 is model stems from the combination of fixed dietary potassium load in the face of reduced filtration

23 secretion in this model is a function of the dietary potassium load.

24 t in the distal tubules of mice subjected to dietary potassium loading and restriction, KS-WNK1 knock

25 Acute dietary potassium loading increases the relative abundan

26 nts contributing to an alkaline environment (dietary potassium, magnesium, and fruit and vegetables)

27 cortical collecting duct, we tested whether dietary potassium modulates ENaC function.

28 Future studies that measure the effect of dietary potassium on blood pressure will need to evaluat

29 The beneficial effects of dietary potassium on both systolic and diastolic blood p

30 study was to assess the effect of increasing dietary potassium on serum potassium concentration in hy

31 This study demonstrates that an increase in dietary potassium over a 4-wk period is safe in hyperten

32 however, followed a reverse pattern in which dietary potassium restriction resulted in higher levels

33 This hypothesis predicted that dietary potassium restriction would lower aldosterone an

34 out mice maintained plasma [K(+) ] following dietary potassium restriction, but DKO mice developed se

35 d PTK-dependent pathways under conditions of dietary potassium restriction.

36 from protein metabolism and bicarbonate from dietary potassium salts of organic acids are the major v

37 High dietary potassium stimulates the renal expression of cyt

38 Dietary potassium stimulates the surface expression of R

39 Dietary potassium was not associated with albuminuria.

40 vity, NCC could be stimulated by restricting dietary potassium, which also returned BP to control lev

41 We hypothesized that an increase in dietary potassium would not provoke hyperkalemia in this

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