4.6 Article

The impact of excessive salt intake on human health

期刊

NATURE REVIEWS NEPHROLOGY
卷 18, 期 5, 页码 321-335

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NATURE PORTFOLIO
DOI: 10.1038/s41581-021-00533-0

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资金

  1. British Heart Foundation [PG/16/98/32568]
  2. Chief Scientist's Office [SCAF/19/02]
  3. Diabetes UK [17/0005685]
  4. Kidney Research UK [RP02/2019, IN001/2017]
  5. Medical Research Council [MR/S01053X]
  6. Wellcome Trust [209562/Z/17/Z]
  7. British Heart Foundation [PG/16/98/32568] Funding Source: researchfish
  8. Kidney Research UK [IN_001_20170302, RP2/2014] Funding Source: researchfish
  9. Wellcome Trust [209562/Z/17/Z] Funding Source: researchfish

向作者/读者索取更多资源

Salt intake is a biological necessity that is deeply rooted in physiological systems, human societies, and global culture. However, excessive salt intake is associated with high blood pressure and is estimated to cause around 5 million deaths worldwide each year. Animal research has identified various mechanisms by which high salt intake contributes to diseases in different organ systems, but many of these pathways have not been tested for potential therapeutic interventions. Salt-reduction interventions can lower blood pressure, but the presence of "hidden" salt in processed foods makes it difficult for individuals to control their intake. In addition, growing inequalities in the food systems pose challenges to maintaining individual dietary control of salt intake. The most effective salt-reduction interventions have been implemented at the population level and involve multiple components, including government, education, and the food industry.
Intake of salt is a biological imperative, inextricably woven into physiological systems, human societies and global culture. However, excessive salt intake is associated with high blood pressure. As this effect likely drives cardiovascular morbidity and mortality, excessive salt intake is estimated to cause similar to 5 million deaths per annum worldwide. Animal research has identified various mechanisms by which high salt intake drives disease in the kidney, brain, vasculature and immune system. The potential for therapeutic interventions in many of these pathways has yet to be tested. Salt-reduction interventions lower blood pressure, but for most individuals, 'hidden' salt in processed foods disconnects salt intake from discretionary control. This problem is compounded by growing inequalities in food systems, which form another hurdle to sustaining individual dietary control of salt intake. The most effective salt-reduction interventions have been implemented at the population level and comprise multi-component approaches, involving government, education and the food industry.

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