2007
DOI: 10.1097/hjh.0b013e328013cd50
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Moderate salt restriction effectively lowers blood pressure and degree of salt sensitivity is related to baseline concentration of renin and N-terminal atrial natriuretic peptide in plasma

Abstract: Lowering of salt intake with 100 mmol/day induces clinically relevant ABP reductions. Renin and Nt-proANP, measured with individuals on their habitual diet, could be useful biomarkers to identify individuals with the greatest blood pressure-lowering benefit from reduced salt intake.

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Cited by 65 publications
(49 citation statements)
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“…76 In contrast, other investigators have failed to detect differences in the ANP responses to high-salt intake between SS and SR subjects, 77 and some actually detected significantly higher levels of ANP in SS than SR, 78 whether on high-(220 mEq/d) or low-(20 mEq/d) salt diets. 79 Finally, opposite to the observations on N-terminal ANP in the Framingham cohort, increased levels of plasma pro-ANP have been shown to be predictors of SSBP in normal volunteers 80 and prehypertensive subjects. 81 This controversial information in humans can be reconciled only if ANP plays a pathogenic role in the BP response to salt in some SS subjects, whereas it is stimulated as a compensatory response to hypertension in others, analogous to the observations in different genetic SS strains of rats.…”
Section: Atrial Natriuretic Peptides (Anps)mentioning
confidence: 60%
“…76 In contrast, other investigators have failed to detect differences in the ANP responses to high-salt intake between SS and SR subjects, 77 and some actually detected significantly higher levels of ANP in SS than SR, 78 whether on high-(220 mEq/d) or low-(20 mEq/d) salt diets. 79 Finally, opposite to the observations on N-terminal ANP in the Framingham cohort, increased levels of plasma pro-ANP have been shown to be predictors of SSBP in normal volunteers 80 and prehypertensive subjects. 81 This controversial information in humans can be reconciled only if ANP plays a pathogenic role in the BP response to salt in some SS subjects, whereas it is stimulated as a compensatory response to hypertension in others, analogous to the observations in different genetic SS strains of rats.…”
Section: Atrial Natriuretic Peptides (Anps)mentioning
confidence: 60%
“…Chimpanzees fed with high-sodium diets show a consistent increase in blood pressure that also consistently decreases when the sodium content of the diet is reduced (Denton et al 1995). A similar parallel between sodium intake and blood pressure is seen in healthy humans, where a low-salt diet is associated with a significant reduction in arterial blood pressure (Melander et al 2007). Most of the complications arising from an elevated salt intake apparently derive from inefficient physiologic mechanisms implemented to maintain sodium homeostasis.…”
Section: The Salt Factormentioning
confidence: 87%
“…One may, however, speculate what will happen with blood pressure in the next decades if the high Na intake is maintained, as the kidneys' ability to excrete excess Na is reduced with age (18,19) . It is well known that reducing salt intake reduces blood pressure moderately but significantly in hyper-as well as normotensive middle-aged men and women (1,3,4,20) . This fact is underlined in the extensively controlled meta-analysis by He and MacGregor (3) , based on twenty-eight carefully selected studies with in total 734 hypertensive and 2220 normotensive individuals.…”
Section: Discussionmentioning
confidence: 99%