Costa Rican Institute of Research and Training in Nutrition and Health, Tres Rios 4-2250, Costa Rica.
Nutrition Department (NUT), Federal University of Minas Gerais (UFMG), Belo Horizonte MG 30.130-100, Brazil.
Nutrients. 2017 Sep 15;9(9):1020. doi: 10.3390/nu9091020.
In 2012, Costa Rica launched a program to reduce salt and sodium consumption to prevent cardiovascular disease and associated risk factors, but little was known about the level of sodium consumption or its sources. Our aim was to estimate the magnitude and time trends of sodium consumption (based on food and beverage acquisitions) in Costa Rica. Data from the National Household Income and Expenditure Surveys carried out in 2004-2005 ( = 4231) and 2012-2013 ( = 5705) were used. Records of food purchases for household consumption were converted into sodium and energy using food composition tables. Mean sodium availability (per person/per day and adjusted for a 2000-kcal energy intake) and the contribution of food groups to this availability were estimated for each year. Sodium availability increased in the period from 3.9 to 4.6 g/person/day ( < 0.001). The income level was inversely related to sodium availability. The main sources of sodium in the diet were domestic salt (60%) in addition to processed foods and condiments (with added sodium) (27.4%). Dietary sources of sodium varied within surveys ( < 0.05). Sodium available for consumption in Costa Rican households largely exceeds the World Health Organization-recommended intake levels (<2 g sodium/person/day). These results are essential for the design and implementation of effective policies and interventions.
2012 年,哥斯达黎加启动了一项减少盐和钠摄入量以预防心血管疾病和相关风险因素的计划,但对钠摄入量或其来源的水平知之甚少。我们的目的是估计哥斯达黎加钠摄入量的大小和时间趋势(基于食品和饮料的采购)。使用了 2004-2005 年(=4231)和 2012-2013 年(=5705)进行的国家家庭收入和支出调查的数据。将家庭消费的食品购买记录转换为用食物成分表计算的钠和能量。估计了每年每个人每天的钠供应量(调整为 2000 千卡的能量摄入)和食物组对这种供应的贡献。在此期间,钠供应量从 3.9 克/人/天增加到 4.6 克/人/天(<0.001)。收入水平与钠供应量呈负相关。饮食中钠的主要来源是国内盐(60%),此外还有加工食品和调味料(添加了钠)(27.4%)。饮食中的钠来源在调查中有所不同(<0.05)。哥斯达黎加家庭消费的钠供应量大大超过世界卫生组织建议的摄入量水平(<2 克钠/人/天)。这些结果对于制定和实施有效的政策和干预措施至关重要。