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1 ary tract (NTS) as a result of early dietary sodium restriction.
2 dded in a stepwise fashion while maintaining sodium restriction.
3 e factors may become evident through dietary sodium restriction.
4 ant downregulation was observed with dietary sodium restriction.
5 rient alterations of a broad prescription of sodium restriction.
6 ent in New York Heart Association class with sodium restriction.
7 lorothiazide (5 mg/50 mg daily) with dietary sodium restriction (60 mmol per day).
8  individuals who form hypercalciuric stones, sodium restriction along with thiazide diuretics helps t
9                                      Dietary sodium restriction also increased jejunal interstitial f
10 nd 6-keto-PGF(1alpha) in response to dietary sodium restriction and Ang II infusion.
11   Acute renal failure can be precipitated by sodium restriction and concomitant angiotensin-convertin
12 lume overload should be managed with dietary sodium restriction and diuretics at the lowest effective
13 163 (P = .0001) significantly increased with sodium restriction and RAAS activation, compared with le
14          These findings suggest that dietary sodium restriction and/or targeting MD signaling might a
15                                  With modest sodium restriction, blood pressure fell to 156/87 (22/9)
16                                              Sodium restriction, but not exercise, also reduced 24-h
17       In individual patients, the effects of sodium restriction by diet should balance anticipated be
18                         The health effect of sodium restriction can be assessed only by outcome study
19                                              Sodium restriction can enhance the renal tubular reabsor
20                                      Dietary sodium restriction combined with unilateral chorda tympa
21               During the luteal phase of the sodium restriction cycle, significant decreases in plasm
22                                              Sodium restriction did not reduce the risk of all-cause
23 s were randomized to either medical therapy (sodium restriction, diuretics, and total paracentesis) (
24  sought to determine the efficacy of dietary sodium restriction (DSR) for improving vascular endothel
25                                      Dietary sodium restriction during pre- and postnatal development
26 P (SBP; from 138 to 124 mm Hg) compared with sodium restriction (from 134 to 129 mm Hg), as well as a
27                          This consequence of sodium restriction has not been specifically addressed i
28                                Early dietary sodium restriction has profound influences on the organi
29                                      Dietary sodium restriction has several clinical benefits, partic
30              In HFPEF animal models, dietary sodium restriction improves ventricular and vascular sti
31                                      Dietary sodium restriction in animals enhances the chronic nephr
32 of quality evidence regarding the effects of sodium restriction in patients with CKD, particularly in
33  Distal diuretics are noninferior to dietary sodium restriction in reducing BP and extracellular volu
34  distal diuretics are noninferior to dietary sodium restriction in reducing BP in patients with CKD s
35                       By comparison, dietary sodium restriction instituted during pre- and postnatal
36                                              Sodium restriction is a nonpharmacologic treatment sugge
37     In addition, there is good evidence that sodium restriction is accompanied by other hemodynamic a
38 ntification of communities for which dietary sodium restriction is most likely to be beneficial.
39 linical implementation, poor compliance with sodium restriction, lack of analysis of changes in patte
40                                      Dietary sodium restriction may be associated with improvements i
41          While effective in ascites control, sodium restriction may compromise nutritional status, he
42      Previous work demonstrated that dietary sodium restriction may induce these early functional def
43 e for dietary interventions in HF, including sodium restriction, obesity, malnutrition, dietary patte
44 PD or L-NAME, suggesting that the effects of sodium restriction occur via ANG II at the AT2 receptor.
45 lled trials (RCTs) evaluating the effects of sodium restriction on clinical outcomes in patients with
46 t of QoL and 4 RCTs showed no improvement of sodium restriction on QoL.
47 or activator paricalcitol (PARI) and dietary sodium restriction on residual albuminuria in CKD.
48 linical trials reported differing effects of sodium restriction on simultaneous energy and nutrient i
49  beneficial, pressure-independent effects of sodium restriction on the heart, blood vessels, and kidn
50                                      Dietary sodium restriction or acute aldosterone infusion similar
51                          In WT mice, dietary sodium restriction or ANG II infusion increased renal in
52 ice, both during basal conditions and during sodium restriction or Ang II infusion.
53  basal conditions and in response to dietary sodium restriction or infusion of Ang II.
54  section or sham section followed by dietary sodium restriction or maintenance on control diet.
55   However, there are adverse consequences of sodium restriction, particularly in elderly patients wit
56                      However, severe dietary sodium restriction promotes insulin resistance (IR) and
57 Sodium intake was assessed using the Dietary Sodium Restriction Questionnaire (DSRQ) and spot urine N
58                                      Dietary sodium restriction reduced sodium excretion from 160 to
59 rm these benefits, this study indicates that sodium restriction should be emphasized in the managemen
60 xercise (daily walking) and moderate dietary sodium restriction (sodium intake <100 mmol/day) for red
61 /- 9 years, mean +/- SD) or moderate dietary sodium restriction (SR) (n = 17; 65 +/- 10 years, mean +
62              In conclusion, moderate dietary sodium restriction substantially reduced residual albumi
63                                Thus, dietary sodium restriction throughout pre- and postnatal develop
64  (VE)] or chronic stressful stimuli (dietary sodium restriction vs. supplementation) in conscious Spr
65                                              Sodium restriction was associated with a mean decrease (
66                  In a meta-analysis of RCTs, sodium restriction was not associated with fewer deaths
67 73 m2 and are younger than 50 years, dietary sodium restriction, weight management, and adequate hydr
68                                      Dietary sodium restriction, which activates RAAS, uniquely stimu
69                                              Sodium restriction, widely prescribed for hypertensive p
70                                    Fluid and sodium restriction will be needed for children with edem
71 vailable data result from the combination of sodium restriction with other interventions, intensive s